Discover how screening buckets and other excavator, skid steer and loader attachments reduce noise pollution and mitigate environmental stressors. Gyru-Star 4-150HDX screening soil for onsite material recovery and reuse. Noise pollution is defined as unwanted or harmful sound that disrupts the acoustic environment of living organisms. In occupational health frameworks, exposure above roughly 85 dB over extended periods is widely recognised as a threshold where risk of hearing damage increases, though the broader effects of noise begin well before this point. Its significance, however, is not limited to hearing impairment. Sustained exposure to industrial noise acts as a chronic physiological stressor. The human body responds in a manner consistent with environmental threat activation: heart rate elevates, cortisol levels rise, and cognitive performance declines. Over time, this sustained response contributes to fatigue, reduced concentration, and long-term cardiovascular strain. Within the plant and construction sector, noise is not an incidental by-product but an inherent condition of operation. Heavy machinery, impact-based processes, and continuous material handling generate complex acoustic environments characterised by irregular peaks, overlapping frequencies, and persistent variability. Unlike stable background noise, this unpredictability prevents effective sensory adaptation, increasing the perceived intrusiveness of the soundscape. As machinery density increases across a site, sound energy does not remain isolated. It reflects, overlaps, and compounds across frequency ranges, producing a cumulative acoustic footprint that extends well beyond individual equipment outputs. This is why regulatory frameworks increasingly treat industrial noise not only as a workplace concern, but as a broader environmental externality affecting surrounding communities and ecosystems. This article examines how these acoustic conditions emerge within the plant industry and how screening buckets and attachment-based technologies can reduce noise at source, rather than managing it after generation. Construction environments are inherently high-energy acoustic systems, where multiple mechanical processes operate simultaneously within confined spatial boundaries. Excavation, material transport, crushing, and screening often occur in parallel, each contributing distinct and overlapping sound signatures. The result is a saturated soundscape in which individual sources become difficult to isolate, placing continuous cognitive load on human operators. This has direct implications for workforce performance, contributing to reduced concentration, elevated fatigue, and increased stress response during prolonged exposure. Beyond human impact, surrounding ecosystems are also affected. Wildlife dependent on acoustic signalling for navigation, mating, and survival may experience displacement or behavioural disruption, while ecological systems can be indirectly altered through changes in pollinator activity and habitat usage. In this context, construction noise operates as a structural environmental pressure that reshapes both human and ecological behaviour. Screening Operations and the Noise Challenge Material screening is an essential stage in aggregate processing, typically involving vibratory decks, high-speed rotating elements and impact-based separation systems. While functionally critical, conventional screening plants are among the most significant contributors to site noise due to their continuous vibration-driven operation and the multiple handling stages associated with stationary processing. This makes screening a key intervention point in noise reduction strategies. As a central node in material processing workflows, improvements in acoustic efficiency can have a disproportionate effect on overall site noise levels. A more effective approach to noise management lies in reducing noise at source rather than mitigating it after generation. Attachment-based screening systems achieve this by integrating screening directly with existing carrier machinery, reducing dependence on standalone processing plants and eliminating secondary handling operations. Fewer machines, fewer transfer stages and simplified workflows contribute to a significantly lower cumulative acoustic footprint. Within this category, Gyru-Star screening buckets offer a distinct technical advantage. Unlike conventional systems that rely on vibration-driven decks—the primary source of mechanical noise—Gyru-Star's True Screening® technology uses a non-vibratory screening principle. Material flows through flexible polyurethane stars, while oversize material remains gently rolling within the bucket. Separation occurs without crushing, shredding or impact-based reduction, resulting in quiet operation. Gyru-Star 4-150MAX backfilling excavated material directly into utility trenches. Modern engineering principles further contribute to low-noise performance. Carbon belt drives replace conventional chain-driven systems, sealed bearings eliminate maintenance-intensive components, and the flexible polyurethane stars absorb energy rather than transmit vibration. The rolling action created inside the bucket promotes continuous material flow without generating the high-frequency impacts associated with conventional screening methods. By combining screening, mixing and material recovery into a single operation powered by existing machinery, Gyru-Star screening buckets reduce fleet size, simplify logistics and lower the overall density of noise-producing assets operating simultaneously. The result is not simply quieter screening, but a more efficient and acoustically responsible approach to modern material processing. Conclusion: A Shift Toward Low-Noise Processing Systems As expectations surrounding environmental responsibility, workplace wellbeing and regulatory compliance continue to evolve, noise pollution is increasingly being recognised as more than a by-product of material processing. It is an operational consideration that influences not only working conditions, but also the sustainability and efficiency of modern construction and industrial activities. For decades, the focus has been placed on noise cancelling barriers, restricted working hours and personal protective equipment. However, the most effective solution has always been to address the source itself. This is driving a gradual shift towards technologies that simplify operations, reduce machine density and eliminate unnecessary stages of material handling. Attachment-based processing systems embody this philosophy by consolidating multiple functions into existing machinery and reducing reliance on high-output screening plants. Through its non-vibratory True Screening® technology, Gyru-Star represents a further evolution of this approach, delivering quieter material processing without compromising efficiency or throughput. As construction and material processing standards continue to advance, the industry is likely to place increasing emphasis on solutions that not only maximise productivity, but also contribute to healthier, more sustainable and acoustically responsible site operations. In this context, low-noise, attachment-led technologies are not simply an alternative to conventional methods—they represent a natural progression towards a more efficient and considerate way of working. Ready to rethink the way you process material? Explore the Gyru-Star screening bucket range and discover how onsite material recovery can improve efficiency, reduce waste and create more value from the resources already available. Find your local dealer today.

If you want to see Gyru-Star screening buckets in action, visiting a trade show is the best way. Throughout the year, our dealers attend various demonstrations and industry events. These range from construction and demolition expos to agricultural and recycling shows. At these events, Gyru-Star dealers showcase our poly-star screening buckets worldwide. In this article, we’ve compiled a list of every upcoming trade show and event. You can meet a Gyru-Star dealer, see our screening buckets up close, and discuss the right solution for your excavator, loader, or skid steer. Whether you’re interested in live demonstrations, expert advice, or learning how Gyru-Star can improve efficiency on your job site, this list will help you find an event near you! Upcoming Events Here is a list of upcoming events where you can find Gyru-Star dealers: January Event Date Location Dealer Kloak Messen 29-30th January Fredericia, Denmark OM Maskiner February Event Date Location Dealer Ernest Doe Show 3-5th February Essex, UK Exac-One Spring Farm Machinery Show (Cavan) 4-5th February Cavan, Ireland C&C Mechanical Sales and Services YAMS 4th February York, UK NorthEdge Machinery Sales Southern Field Days 11-13th February Gore, New Zealand Earthworm Attachments Total Pro Expo 17-18th February New Jersey, US Ransome Attachments NJLCA / Landscape New Jersey 2026 25th February New Jersey, US Ransome Attachments Machine Serve Open Day 27-28th February Devon, UK Machine Serve March Event Date Location Dealer Central Districts Field Days 19-21st March Manfeild, New Zealand Earthworm Attachments April Event Date Location Dealer Pavasaris 9-11th April Valdlauči, Latvia Tehlab National Heavy Equipment Show 23-24th April Toronto, Canada Shaw Bros ScotPlant 24-25th April Edinburgh, UK Gyru-Star May Event Date Location Dealer Hobby 2026 14-17th May České Budějovice, Czech Republic Elva Profi Hadleigh Show 16th May Suffolk, UK Attachment Solutions N-Expo 20-22nd May Tokyo, Japan Tokumitsu Machinery Roskilde Dyrskue 31st May - 5th June Roskilde, Denmark OM Maskiner June Event Date Location Dealer Royal Cornwall Show 4-6th June Cornwall, UK Machine Serve and MPS Southwest Mystery Creek Field Days 10-13th June Hamilton, New Zealand Earthworm Attachments CSPI-EXPO 17-20th June Chiba, Japan Tokomitsu Machinery North Yorkshire County Show 21st June Northallerton NEMS OstBau Bernau 18-21st June Bernau, Germany NB Baumaschinen ÖGA 24-26th June Oeschberg, Switzerland Senn Maschinen July Event Date Location Dealer Landsskuet 2-4th July Aarhus, Denmark OM Maskiner Driffield Show 22nd July Yorkshire, UK NorthEdge Machinery Sales Ryedale show 28th July York, UK NEMS August Event Date Location Dealer Sedgefield show 8th August Sedgefield NEMS Egton show 20th August Whitby, UK NEMS Země Živitelka 20-25th August České Budějovice, Czech Republic Elva Profi Maskiner under Broen 26-27th August Middelfart, Denmark OM Maskiner Karpfhamer Fest 28th August - 1st September Bad Birnbach, Germany NB Baumaschinen September Event Date Location Dealer Steinexpo Homberg 2-5th September Homberg, Germany NB Baumaschinen Wolsingham show 5-6th September Wolsingham NEMS NordBau Neumünster 9-13th September Neumünster, Germany NB Baumaschinen Canada's Outdoor Farm Show 15-17th September Toronto, Canada Shaw Bros GaLaBau Nürnberg 15-18th September Nürnberg, Germany NB Baumaschinen Groundsfest 16-17th September Stoneleigh, UK Ben Burgess Stokesley show 19th September Middlesbrough, UK NEMS Biltim Tehnika 24-26th September Valdlauči, Latvia Tehlab Gransdenn Agg Society Show 26-27th September Sandy, UK Ben Burgess October Event Date Location Dealer Alwinton Show 10th October Morpeth, UK NEMS November Event Date Location Dealer Forestry Exhibition 8-9th November Wakayama, Japan Tokumitsu Machinery This calendar is updated regularly. If you don't see an event near you, check back soon. For more information about these events, please contact the attending Gyru-Star dealer. Whether you are looking for the latest equipment or want to learn more about our screening buckets, attending these events can provide valuable insights. Don't miss the opportunity to connect with industry experts and discover how Gyru-Star can enhance your operations!

Rototilt® and Gyru-Star: boosting productivity on a Komatsu excavator. The plant industry continues to move towards higher utilisation, lower fleet overheads and greater operational flexibility. Contractors are increasingly expected to deliver more output from fewer machines whilst maintaining productivity across a wider range of site applications. Attachment systems are now central to that shift. Rototilt® and Rototop® systems extend the working capability of carrier machines by introducing continuous rotation and advanced attachment positioning. Instead of working within the limitations of fixed geometry, operators gain greater control over material handling, attachment angles and working reach directly from the cab. When combined with a Gyru-Star screening bucket, the machine takes on an additional processing function without the requirement for dedicated screening equipment. The Gyru-Star screening bucket uses a non-crushing polyurethane star screening system designed for efficient on-site material separation. Integrated with Rototilt® or Rototop® technology, operators are able to screen, sort, backfill and handle material with reduced repositioning and improved control across confined or complex working environments. The result is straightforward: fewer machines on site, lower transport requirements, improved fleet utilisation and greater operational flexibility from a single carrier platform. The Shift Towards Multi-Functional Plant Equipment For years, many plant fleets relied on dedicated machines for dedicated tasks. Screening required one machine. Handling required another. Material processing often introduced additional transport, additional operators and additional fuel consumption across the project. That model is changing. Modern contractors are placing greater emphasis on machine adaptability, attachment compatibility and overall fleet efficiency. The objective is no longer simply owning more equipment. It is maximising the capability of the equipment already on site. This is where advanced attachment systems have changed operational thinking. Rototilt® and Rototop® attachments allow operators to carry out multiple applications from a single carrier machine with continuous 360-degree rotation and precise attachment control. Paired with a Gyru-Star screening bucket, the machine becomes capable of screening, separating, landscaping, backfilling and material handling without introducing additional specialist plant to site. Operationally, the advantages are significant. Fewer machine movements. Reduced transport costs. Lower idle time. Faster task transition between applications. More importantly, it allows contractors to increase machine productivity without proportionally increasing fleet size — a critical advantage within today’s commercially driven plant sector. Rototilt® compatibility with a Gyru-Star screening bucket demonstrated at ScotPlant 2026 (Courtesy of our dealer partner, S.J. Pigg Plant Repairs) Increasing Productivity Through Attachment Compatibility Attachment compatibility has become a major consideration across modern plant operations. Contractors increasingly require equipment capable of adapting quickly to changing applications without introducing unnecessary downtime, transport requirements or additional machinery to site. That flexibility starts at the attachment interface. Gyru-Star screening buckets are designed to integrate with a wide range of carrier machines and attachment systems, including Rototilt® and Rototop® solutions. The objective is straightforward: increase the operational capability of the base machine whilst reducing reliance on dedicated equipment. When correctly integrated, the combination allows operators to move between screening, sorting, backfilling, landscaping and material handling applications with minimal interruption to workflow. The operational gains are immediate Reduced machine movements across site Improved attachment control and operator visibility Faster material processing on site Reduced manual handling requirements Lower transport and fuel consumption Higher utilisation rates across the fleet For contractors managing multiple applications across demanding site conditions, attachment compatibility is no longer simply a convenience feature. It directly influences machine productivity, fleet efficiency and overall project performance. Extending Plant Life and Reducing Fleet Costs Fleet expansion is not always the most efficient route to increased productivity. Across the plant sector, contractors are placing greater emphasis on extracting higher performance from existing machinery through adaptable attachment systems and multi-functional carrier platforms. Advanced attachment combinations allow workloads to be distributed more effectively across the fleet whilst reducing dependency on standalone specialist equipment. The result is improved machine utilisation without proportionally increasing ownership costs. Integrated with Rototilt® or Rototop® systems, Gyru-Star screening buckets allow screening and material processing applications to be carried out with greater attachment precision and reduced machine repositioning. Fewer unnecessary movements reduce operational strain on both the carrier machine and attachment system itself. Over time, this contributes to Reduced wear across the fleet Lower maintenance requirements Improved operational uptime Extended service life of existing machinery Reduced capital expenditure on additional plant For many contractors, the commercial value lies not only in productivity gains, but in maximising the long-term return from existing fleet assets. RotoTop® demonstrating enhanced efficiency with a Gyru-Star screening bucket at the Royal Cornwall Show 2026 (Courtesy of our dealer partner, MPS Southwest) Choosing the Correct Tool for the Application Attachment versatility increases machine capability. Correct attachment selection determines operational performance. Different applications place different demands on the machine, attachment system and operator. Material type, site access, carrier specification and production requirements all influence the suitability of the attachment package being used. The most effective attachment combinations are rarely accidental. Achieving consistent results depends on understanding how individual systems interact operationally and mechanically across real working environments. Incorrect attachment selection can reduce efficiency, increase wear and introduce avoidable downtime across the project. This is why technical support and application knowledge remain critical within the attachment sector. Working with experienced attachment specialists helps ensure: Correct attachment specification Reliable machine compatibility Safe operational integration Improved site efficiency Reduced operational downtime In many cases, the difference between acceptable performance and high productivity comes down to selecting the correct attachment configuration from the outset. Bespoke Connection Solutions with Kustom Konnect Compatibility remains one of the largest challenges within mixed-brand attachment fleets. Different coupler systems, machine specifications and attachment interfaces can create operational limitations that reduce interchangeability across the fleet. As attachment technology continues to advance, the ability to integrate multiple systems reliably has become increasingly important. Kustom Konnect was developed to address that requirement. The system provides bespoke connection solutions designed to integrate Gyru-Star screening buckets with virtually any Rototilt® or Rototop® configuration. Rather than forcing operators to standardise around a single setup, Kustom Konnect allows contractors to retain existing attachment systems whilst expanding machine capability. Operational advantagements are clear: Faster attachment interchangeability Increased machine flexibility across applications Reduced requirement for machine modification Improved compatibility across mixed fleets Greater long-term equipment value For contractors operating diverse fleets across multiple applications, adaptable connection systems are becoming essential to maintaining operational efficiency and attachment compatibility at scale. The Future of Attachment Technology in the Plant Industry Attachment systems are increasingly influencing how modern plant fleets are specified, deployed and managed. Across construction, recycling, utilities and infrastructure sectors, contractors are moving towards equipment strategies centred around adaptability, utilisation and operational efficiency. The emphasis is shifting away from dedicated single-purpose machinery towards multi-functional carrier platforms capable of completing a wider range of applications with fewer machines on site. This transition is driving continued development across rotational systems, attachment interfaces and material processing technology. The integration of Rototilt® and Rototop® systems with Gyru-Star screening buckets reflects that wider industry direction — combining attachment versatility, machine efficiency and on-site material processing capability within a single operational platform. For contractors focused on reducing fleet overheads, improving machine productivity and increasing operational flexibility, attachment compatibility is no longer a secondary consideration. Boost Efficiency with Tiltrotator Integration Want to learn more about how Gyru-Star screening buckets work seamlessly with Rototilt®, RotoTop® and other tiltrotator systems? Discover how enhanced attachment flexibility can improve productivity, reduce material handling time and maximise efficiency on site. To discuss compatibility with your machine and application, contact your local Gyru-Star dealer today.

Gyru-Star 4-150 HDX Construction projects today operate under increasing pressure to deliver results faster, more efficiently, and with greater environmental responsibility. At the same time, escalating transport costs, compressed project schedules, and growing environmental scrutiny are forcing operators to reconsider how materials are processed and managed on-site. Maximising the utilisation of existing plant machinery has become a key strategy in maintaining productivity while controlling operational costs and environmental impact. One of the most effective ways to expand operational capability without increasing fleet size is through the use of versatile attachments. Tools such as grapple saws, rakes, lifting attachments and specialist buckets allow contractors to perform multiple tasks with a single carrier machine, reducing unnecessary equipment movement and improving site efficiency. Among these innovations, screening attachments have gained particular attention. The Gyru-Star screening bucket provides contractors with a highly efficient solution for on-site material processing, enabling rapid separation, reuse and repurposing of materials while minimising transport requirements and reducing overall project emissions. Made for Impact Screening buckets are purpose-built attachments designed to separate fine materials from larger solids directly on site. By enabling operators to process material at the point of excavation, they transform conventional workflows and offer contractors a practical solution for improving efficiency while reducing operational costs. The ability to accurately process soil, debris, turf and organic material makes screening buckets a valuable addition to both heavy and compact machinery. Their application spans a wide range of sectors, including construction, landscaping, composting and horticulture, where efficient material handling and reuse are essential. Processing materials on site allows contractors to recycle and repurpose excavated material immediately, significantly reducing the need for transport, disposal and the import of new aggregate. This not only streamlines project timelines but also lowers fuel consumption, carbon emissions and overall environmental impact. Gyru-Star 3-150L loader bucket What distinguishes Gyru-Star screening buckets is the True Screening® Technology, developed, designed and manufactured in-house by our engineering team. The system combines a lightweight bucket structure with durable carbon belt drives, a hydraulic motor, and the brand’s signature polyurethane screening stars. This configuration allows for efficient and consistent material separation while maintaining high durability in demanding jobsite conditions. While many contractors are already familiar with the operational advantages of screening buckets, their contribution to sustainability within the plant industry is often less discussed. In this article, we explore three ways screening buckets are driving more sustainable practices across the plant industry, helping contractors improve productivity while reducing environmental impact. 1. Reduce Transport Movements Transporting excavated material off site remains one of the most resource-intensive stages of many construction and landscaping projects. Moving soil, aggregates or organic material to disposal locations or secondary processing facilities requires additional trucking equipment, fuel consumption, labour hours and logistics coordination. Beyond the financial cost, repeated transport cycles also contribute to increased machine wear, higher emissions and unnecessary site traffic. Screening buckets offer a practical alternative by enabling material processing directly at the point of excavation. Instead of loading, transporting and reprocessing materials elsewhere, operators can separate fines from oversize fractions immediately on site. This process preserves material integrity by avoiding destructive crushing or shredding while producing a clean, reusable output suitable for immediate application. Operational and environmental benefits include: Reduced haulage requirements and lower transport costs Faster project timelines through on-site material processing Less heavy vehicle movement, improving site safety In practice, contractors using screening buckets have reported reductions in transportation movements of up to 50% on certain projects. For operations focused on both cost control and environmental responsibility, minimising transport demand represents one of the most immediate and measurable sustainability gains available on modern construction sites. 2. Reuse Materials on Site Large-scale construction, infrastructure, and renewable energy projects often demand significant volumes of backfill, padding, or sub-base material. Traditionally, meeting these requirements involves sourcing new aggregates or sand, which generates additional transport, emissions, and costs, while often discarding excavated material that could otherwise be reused, resulting in wasted resources and unnecessary depletion of valuable soil and earth. Screening buckets provide a solution by enabling contractors to process and repurpose excavated material directly on site, preventing this waste and maximising resource efficiency. Fine material can be blended for padding layers, while larger fractions can be reused in landscaping or groundwork applications. Environmental and operational benefits include: Reduced demand for new aggregate, lowering extraction and transport emissions Minimised waste sent to landfill or off-site processing facilities Optimised resource efficiency, supporting sustainable plant industry practices By reusing materials on site, contractors not only reduce costs but also demonstrate measurable sustainability outcomes, supporting the industry’s shift toward greener operations and more responsible resource management. Gyru-Star 3-120SL bucket for loaders and skid steers 3. Reduce Carbon and Noise Emissions Construction sites are a significant source of carbon emissions and environmental strain, driven by repeated material transport and heavy machinery operation. Screening buckets address this challenge by attaching easily to one or two carrier machines via our Kustom Konnect system, providing adaptable solutions for excavators, skid steers, or loaders without the need for dedicated equipment. By processing material directly on site, contractors reduce fuel consumption, produce fewer emissions, and limit wear on machinery, extending the lifespan of their plant. This also helps reduce traffic on highways and around urban areas, easing pressures on local infrastructure and lowering the overall environmental impact of construction operations. In addition to carbon reduction, screening buckets contribute to a quieter, more earth-conscious work environment. Fewer machine movements mean reduced noise pollution and ground vibrations, which benefits both nearby communities and sensitive ecosystems. By limiting disturbances to the earth and lowering acoustic impact, these attachments support a healthier human environment and reflect a broader commitment to sustainable, responsible construction practices. Sustainability outcomes include: Lower fuel usage and CO₂ emissions through on-site processing Reduced strain on local roads and urban traffic by minimising material transport Less noise pollution and vibration, protecting both communities and ecosystems Minimized machine wear and maintenance, supporting resource-efficient plant operations By integrating Gyru-Star screening buckets, plant industry operators can combine operational efficiency with tangible environmental benefits, reducing their carbon footprint, conserving resources, and promoting sustainable production practices—demonstrating that high productivity and ecological responsibility can go hand in hand. Integrating a Screening Bucket with Your Existing Machinery Integrating a Gyru-Star screening bucket with your existing machinery is easier than you might think. We offer 31 models across 6 series for 1-30 ton excavators, 1-15 ton loaders, and 1-9 ton skid steers — the largest range on the market. Each Gyru-Star model is optimised for a specific carrier weight range, ensuring maximum efficiency and performance on any carrier. Furthermore, many of our models are compatible with both excavators and loaders, allowing you to use one bucket across multiple carriers. We can also supply each screening bucket with a bespoke headplate or interface, so it will be ready to work the moment it arrives onsite. If you’d like to see first hand how a Gyru-Star screening bucket can reduce your environmental impact and save your business money, get in touch with your local authorised dealer.

Gyru-Star 3-120HE screening bucket on an Avant compact loader Landscaping projects often involve handling soil, turf, compost and mixed organic material, yet the scale of these jobs rarely justifies the cost or complexity of a full-size screening plant. For many contractors, the challenge is finding a practical way to process material on site without increasing project costs or adding unnecessary machinery. Screening buckets provide a simple and affordable solution. By attaching directly to excavators, loaders or skid steers, they allow operators to screen and reuse material using the machines already working on the project. Polyurethane star screening buckets also offer an important advantage over steel rotor screening buckets. The flexible poly-stars are significantly lighter than steel rotors, allowing for a larger screening area without adding excessive weight. This makes them particularly well suited to smaller carriers such as mini diggers and small-frame skid steers. The result is a lightweight, versatile attachment that gives landscaping contractors access to professional screening capability without the cost or complexity of a tracked or truck-mounted screener. Why Polyurethane Stars Outperform Steel Rotors Gyru-Star 3-120SL screening topsoil Landscaping contractors face a range of everyday challenges, from rising waste disposal costs to restricted site access and unpredictable ground conditions. Polyurethane star screening buckets help address many of these issues by allowing material to be processed and reused directly on site. Reducing Waste Disposal and Haulage Costs Waste disposal has become increasingly expensive in recent years. Rising landfill taxes have significantly increased the cost of sending soil and organic waste to landfill, placing pressure on landscaping contractors to find more cost-effective alternatives. Haulage costs further increase the expense of removing waste material from site. Transporting soil, turf and mixed spoil requires additional machine time, fuel and labour. In many cases, contractors must also purchase replacement materials such as topsoil or compost to complete the project. Screening buckets help reduce these costs by allowing contractors to recover valuable material that would otherwise be treated as waste. By removing rocks, roots and other oversize debris, operators can produce reusable soil directly on site. This reduces both disposal costs and the need to import new material. Improving Performance in Damp or Wet Conditions Landscaping professionals rarely find that the weather is on their side. Wet conditions can quickly bring screening operations to a halt as traditional screeners become clogged with wet soils. This is particularly a problem in the autumn and winter, as it can take weeks for material to dry out. Polyurethane star screening buckets are well suited to these conditions. The flexible stars rotate to create a rolling motion that gently breaks apart clumps of damp material while allowing fines to fall through the gaps. All without crushing or shredding. This process helps operators recover more usable soil and produce a cleaner finished product. More importantly, it allows work to continue even when conditions are far from ideal. For contractors operating to tight project schedules, this ability to keep working in wet conditions is a significant advantage. Working Efficiently on Restricted-Access Sites Many landscaping projects take place in environments where access is limited. Residential gardens, public parks and urban developments often restrict the size of machinery that can be used. Screening buckets are compatible with compact carriers, including machines as small as one tonne. This allows contractors to screen material directly on site in locations where larger screening equipment simply cannot operate. Logistics are also simpler with a screening bucket, as it can be transported with the carrier like any other compact attachment. This avoids the need for additional vehicles or trailers and makes it easier to move equipment between sites. Lower Running and Maintenance Costs Operating a standalone screening plant can significantly increase your operating costs. Fuel consumption, maintenance requirements and sometimes even additional operators all increase running costs. Screening buckets offer a far simpler alternative. Because they run on the carrier’s auxiliary circuit, they do not require a separate engine or dedicated power source. Maintenance requirements are also minimal compared with many conventional screening systems. Fewer moving parts and a simpler design mean less downtime and lower servicing costs. More Than Just Screening: Multi-Purpose Functionality One of the most valuable characteristics of a polyurethane star screening bucket is its versatility. While screening is its primary function, the design of the rotating stars offers additional capabilities. The rolling action created by the stars naturally blends materials during the screening process. This makes the bucket useful for mixing soil and compost, ready for seed beds, lawns or planters. At the same time, the rolling action also introduces air into the mixture. This aeration can improve the structure of compost and soil blends, helping to create a healthier growing medium. Landscaping contractors also frequently use screening buckets for soil spreading. The rotating stars help break up clumps and distribute material evenly across the surface, producing a fine layer that is ideal for turfing or seeding. By combining screening, blending and spreading in a single attachment, contractors can combine multiple processes into a single operation, improving efficiency across the entire project. Case Study: How RJT Groundworks Cut Costs by 70% Rich Tayler screening muckaway with his Gyru-Star 3-150L screening bucket The practical benefits of screening buckets can be clearly seen in the experience of RJT Groundworks Services, a landscaping and groundworks contractor based in Wiltshire. The company generates several truckloads of soil and hardcore each week from landscaping and fencing projects. Previously, most of this material was sent to landfill at a cost of around £350 to £450 per load. Looking for a more cost-effective solution, Managing Director Rich Tayler invested in a Gyru-Star screening bucket . The bucket allowed his team to process the material on site, separating reusable soil from rocks, roots and other debris. The impact was immediate. By screening their waste material instead of sending it to landfill, RJT Groundworks reduced landfill disposal by almost 70 per cent. During busy periods, this can save the company up to £1,500 per month in disposal costs alone. The recovered soil can now be reused on landscaping projects, reducing the need to purchase new topsoil while improving overall efficiency across the business. For an in-depth look at how Rich utilised his Gyru-Star screening bucket and the resulting cost savings, you can read the full case study here . Key Takeaways for Landscaping Contractors For landscaping contractors, polyurethane star screening buckets offer a practical way to improve efficiency and reduce project costs. They provide an affordable alternative to traditional screening plant while remaining light enough to operate on compact machinery. By allowing contractors to screen material on site, they help reduce landfill disposal, minimise haulage costs and recover valuable soil that can be reused on the same project. Their ability to perform in damp conditions ensures work can continue throughout the year, while compatibility with small carriers allows them to operate in locations larger screening equipment cannot reach. With the added benefits of low operating costs and multi-purpose functionality, screening buckets have become an increasingly valuable tool for modern landscaping contractors. Learn More or Get Expert Guidance To learn more about how Gyru-Star screening buckets can support landscaping projects, explore the latest articles and case studies in the Gyru-Star Newsroom. For guidance on selecting the right model for your machine and application, contact your local Gyru-Star dealer .

The global transition towards renewable energy has accelerated the construction of solar farms across Europe, North America and beyond. As governments and energy providers invest in green infrastructure, vast solar arrays are being installed at an unprecedented rate. However, solar panels are only part of the equation. Every solar farm requires an extensive network of underground high-voltage cables, both within the site itself and connecting the installation to the wider electricity grid. This means many kilometres of trench must be excavated, laid and protected. Gyru-Star 4-150MAX creating padding material for underground cables in Sweden. The Challenges of Cable Protection Protecting high-voltage cables requires suitable padding material to protect them from damage. Traditionally, this has meant importing sand or other certified backfill material. With the cost of sand increasing and availability limited in some regions, the expense of protecting underground services can escalate quickly. On large solar installations, material and haulage costs soon become a significant part of the overall project budget. Logistics add another challenge. Solar farms are often located on agricultural land or remote sites where access is restricted. Narrow tracks, soft ground conditions and environmental limitations can make it difficult to transport large screening plant or additional machinery. For contractors working in these conditions, a more practical approach is needed. Recycling Trench Arisings To control material costs, many contractors are now recycling the material already available on site. Trench arisings can be processed and reused as cable padding material, reducing both material purchases and waste disposal costs while simplifying site logistics. Before this material can be reused, it must first be screened. In most utility applications, this means removing particles larger than 8 to 10 mm to produce a suitable protective layer around the cable. Why Screening Buckets? Gyru-Star 4-150MAX creating padding material for underground cables. While several screening options are available, screening buckets offer a practical combination of mobility and efficiency for this type of work. These attachments turn any excavator, loader or skid steer into a powerful mobile screener and address several of the key challenges contractors face on modern jobsites. A Cost-Effective Solution Screening buckets require a much smaller capital investment than traditional mobile or static screeners, and running costs are also significantly lower. Beyond the initial purchase price, contractors benefit from reduced fuel consumption, minimal maintenance requirements and the ability to utilise existing machinery already on the job. Screening buckets can also help to cut haulage expenses. With no need to transport spoil to an external screening plant or bring replacement material back to site, contractors can reduce vehicle movements, fuel use and time lost to logistics. For large utility or solar installations, these savings compound quickly, making screening buckets one of the most financially efficient solutions available. Access Any Jobsite Solar farms and utility corridors are frequently located in remote areas or on agricultural land where access is limited. Screening buckets can operate in confined or difficult terrain that is inaccessible to screening plant or larger machinery. Utilise Existing Machinery Because screening buckets are compatible with excavators, loaders and skid steers already working on the project, contractors avoid bringing additional equipment onto site. This keeps the jobsite lean, reduces fuel consumption and streamlines operations. This is especially useful for small teams. Screen Directly into the Trench Unlike static or off-site screening options, screening buckets allow operators to process material exactly where it’s needed. Fines can be placed directly into the trench over the cables, speeding up backfilling and ensuring the material is applied evenly for consistent protection. Poly-Star vs Steel Rotor Screening Buckets There are two types of screening bucket that are commonly used for producing padding material. These are steel rotor buckets and polyurethane star screening buckets . Whilst both operate on a similar principle, they produce two very different products. Traditional steel rotor screening buckets tend to crush and shred material during processing. While this may reduce particle size, it also mixes rocks, roots and debris into the soil, compromising the quality of the finished product. For cable padding, this presents a problem. Protective backfill must be clean and consistent. Crushing oversize material does not remove the contamination; it simply breaks it into smaller pieces. In some cases, the sharp edges created by crushed rock may also increase the risk of cable damage. Polyurethane star screening buckets operate differently. The flexible stars rotate to create a rolling motion that gently separates fines from oversize material. Rocks, roots and debris are removed intact, leaving a clean and consistent padding material suitable for protecting underground services. Example of the two products produced by a polyurethane star screening bucket. Left image shows >15mm oversize and the right image shows <15mm screening soil. As you can see in the image above, this non-destructive process produces two clearly separated outputs: a fine material suitable for cable protection and oversize. A Proven Approach in Sweden Whilst poly-star screening buckets are now widely used on solar and utility projects around the world, Swedish contractors were among the earliest adopters of the technology. One example is Lars Olsson of Östervärn Gräv AB. Lars and his Huddig 1260D backhoe were contracted by E.ON to install high-voltage underground cables as part of a major upgrade to the regional electrical grid. Gyru-Star 3-120MAX screening bucket on a utility project in Sweden. Swedish regulations require all cable padding material to be under 8 mm, and with suitable sand becoming both scarce and increasingly expensive, Lars quickly recognised that his screening bucket could offer a more efficient solution. Having used Gyru-Star screening buckets on previous projects, he understood how the attachment could reduce material costs and simplify installation. “At the start of the project, I had to get approval from E.ON to use the screening bucket,” he explained. “However, it was not difficult to get E.ON to understand the benefits, and it didn’t take long to get approval.” By recycling trench arisings directly on site, Lars was able to produce a consistent sub-8 mm padding material without transporting spoil to an external screening plant or importing new backfill. The ability to screen directly into the trench also improved productivity and ensured the protective layer was evenly distributed across the cables. This approach reduced material and machinery movements, lowered operational costs and significantly reduced the environmental impact of the project. It also allowed Lars to work more independently on site, which was particularly valuable when operating with a small team in remote locations. Built for Utility Contractors Following feedback from utility contractors, Gyru-Star developed a range of dedicated padding buckets known as the MAX Series . These models feature an extended cutting edge, which makes it easier to work with the smaller stockpiles common on these projects. Ultra-Low Maintenance Whilst most screening buckets are chain-driven, Gyru-Star buckets use self-tensioning carbon belt drives . These require no lubrication or adjustment, and sealed bearings are also used throughout. This means almost zero maintenance. Reduced Risk of Contamination The carbon belt driveline and sealed bearings also reduce the risk of hydrocarbon contamination. To further reduce this risk, all hydraulic components are housed in a sealed cavity within the shell to protect against accidental damage. Wide Carrier Compatibility Gyru-Star offers the largest range of screening buckets on the market, with 31 models across 6 series . Each model is optimised for a specific carrier weight range. This provides a dedicated screening solution for excavators from 1 to 30 tonnes, loaders from 1 to 15 tonnes and skid steers from 1 to 9 tonnes. Gyru-Star screening buckets are also compatible with all makes and models of tiltrotator , as the hydraulic system is designed to handle high back pressures and low flow rates. The system also does not require a case drain and can run on just a hammer circuit. Looking Ahead As solar installations continue to expand worldwide, the demand for underground cabling will only increase. Managing costs, reducing waste and improving efficiency will remain key priorities for contractors and utility providers. Recycling trench arisings into cable padding material provides a practical solution. Polyurethane star screening buckets combine mobility, non-destructive screening and low operating costs. This allows contractors to reduce reliance on imported materials while producing a consistent and reliable protective backfill. Join the growing number of contractors improving productivity with Gyru-Star screening buckets. Reach out to our team or your local dealer to discuss the best model for your machine and project requirements.

For compost producers and topsoil suppliers, screening is a critical final step. Whether removing oversized material, improving consistency or increasing product value, effective screening directly impacts profitability. The Challenge: Rising Costs and Wet Conditions Compost production often operates on tight margins. Investing in a standalone trommel or screening plant represents a significant capital outlay, alongside ongoing costs for transport, fuel, storage space and maintenance. For many farms, landscaping businesses and smaller-scale producers, that level of investment can be difficult to justify. Wet material presents a second challenge. Compost retains moisture, particularly in colder months or during periods of rainfall. Conventional trommel and mesh screens frequently clog under these conditions, reducing output or forcing operators to delay processing altogether. Poly-star screening buckets address both issues simultaneously. By mounting directly onto carriers already on site, they eliminate the need for additional machinery or dedicated screening plant. More importantly, these buckets continue to work effectively in damp conditions, thanks to the rolling action created by the poly-stars. This gently breaks apart clumps of wet material, rather than allowing them to block the screening media. The result is consistent throughput and improved material quality, even when conditions are far from ideal. Purple Mountain Organics – Maryland, United States Nazirahk Amen testing out the Gyru-Star 3-150SL during the onsite demonstration with Ransome Attachments Purple Mountain Organics , in Maryland, is an organic farm focused on supporting local food sustainability through regenerative practices. A core part of its sustainable farming practices is producing its own compost from food waste, woodchip, leaves and other farm compostables. After 18 months of composting, the material has to be screened to remove any particles above ½”, as these will rob plants of essential nitrogen. While Purple Mountain’s owner, Nazirahk Amen, had explored a number of trommel and agitator sieve screens, nothing was able to handle wet materials efficiently. This meant they were unable to use the material they had stockpiled. This is why, in early 2025, they approached New Jersey-based Ransome Attachments , their local Gyru-Star dealer. Owner Eric Ransome soon arranged an on-site demonstration to allow Nazirahk to test a screening bucket for himself. As the farm already operated a Takeuchi medium-frame skid steer, the Gyru-Star 3-150SL was the ideal choice. For this application, the bucket was fitted with a 10 mm fragment kit. During the demonstration, Eric reported that they were able to screen 10–15 yds/hour of the wet compost, and he estimated that 15–20 yds/hour would be easily achievable as the material dried out in warmer weather. Thanks to the Gyru-Star screening bucket, Purple Mountain Organics was finally able to start using the compost it had been producing for the previous two years. Shuler’s Mulch and Grading – North Carolina, United States Tony Shuler operating his Gyru-Star 4-100HE screening bucket Much like Purple Mountain Organics, Shuler’s Mulch and Grading struggled to process wet materials, in this case topsoil, with traditional screening equipment. Company owner Tony Shuler bought his Gyru-Star 4-100HE screening bucket from Ransome Attachments before the first shipment had even arrived in the United States. Although initially sceptical of the polyurethane stars, it took only 30 minutes of screening for Tony to realise that the bucket outperformed his $80,000 truck-mounted screening plant. “I’ve got an $80,000 screen plant,” Tony says. “If I’d have had this (Gyru-Star), I would have never bought that.” The ability to screen without crushing or shredding was also a major advantage for Tony, as it allowed him to produce a much higher-quality product. “This (polyurethane) works better than the metal because the buckets I’ve looked at with metal crush too,” he says. “I didn’t want to crush; I just wanted to separate my limbs, sticks and root mat from the dirt. This is also cheaper than doing it with those other buckets.” For Tony, the combination of lower operating costs, wet-weather capability and improved product quality made the decision clear. Halmstad Cemeteries – Sweden Halmstad Cemetery's Komatsu wheel loader fitted with a Gyru-Star 4-150MAX screening bucket In Halmstad, local cemeteries use a Gyru-Star 4-150MAX to produce high-quality compost and topsoil across multiple sites. Previously, compost production had been outsourced to a contractor using a harp system, which was quickly becoming costly. By bringing screening in-house, the cemetery administration reduced long-term costs while also improving product quality. “In the past, we have hired a local contractor who went over our compost with a harp, but it became quite expensive, and we saw that we could do the job ourselves with better results and, in the long run, at a lower cost,” says Lars Malmberg from the cemetery administration. Mounted to a Komatsu compact wheel loader, the bucket is used across five cemetery locations. In addition to compost processing, it has been used to recycle sand, gravel and construction waste from local church grounds. “If we’re going to dig up a lawn somewhere, we can process the material on-site. We don’t need to move it backwards and forwards to a screening plant,” Lars added. “It’s a massive environmental benefit.” Processing material on site has removed the need to transport it back and forth to a screening plant, reducing handling and environmental impact. What began as a solution for compost screening has become a versatile tool integrated into daily operations. The Halmstad Cemetery administration purchased their Gyru-Star 4-150MAX screening bucket from MTT Sweden AB . Why Gyru-Star? Across these three case studies, the pattern is clear. Gyru-Star screening buckets offer reliable performance in all conditions, lower capital and operating costs, and in many cases produce a higher-quality product. But with a number of manufacturers to choose from, why did these three operators choose Gyru-Star? What sets this brand apart from the competition? True Screening® Gyru-Star screening buckets can screen almost any material without crushing or shredding, producing two clean products: a process called True Screening® . This makes them ideal for removing rocks, roots and other debris from compost, as the result is a much higher-quality product. Built for Wet Material A stainless steel non-stick floor prevents material building up inside the bucket, maintaining a consistent feed into the rotors. The rolling action of the polyurethane stars keeps compost moving, even when damp. Low Maintenance by Design The carbon belt driveline is self-tensioning and requires no lubrication. Combined with sealed bearings throughout, this minimises maintenance requirements and reduces the risk of hydrocarbon contamination in sensitive environments. Strength Without Excess Weight The multi-layer monocoque shell increases durability while reducing the overall weight. This allows for a larger screening area on the same size bucket compared to competitors. Optimised for Efficiency With 31 models across six series, the Gyru-Star range covers: 1–30 tonne excavators 1–15 tonne loaders (including tractors, telehandlers and compact loaders) 1–9 tonne skid steers Each model is engineered for its specific weight class, ensuring maximum efficiency and allowing operators to utilise the machinery that’s already on site. Screening, Blending and Aerating in One Pass The rolling poly-star action not only separates material but also simultaneously blends and aerates it. Combining these functions into a single operation improves workflow efficiency and reduces overall handling time. 14-Finger Stars for Compost At PlantWorx 2025, Gyru-Star introduced a new 14-finger screening star for the 10 mm fragment kit. The additional fingers increase contact with the material during screening, helping prevent long, thin particles and lightweight contaminants such as plastic or paper from slipping through the rotors. The design was developed in direct response to feedback from compost producers looking for cleaner, more consistent screening results. ________________________________________ Across diverse operations and climates, the conclusion remains the same: when cost, flexibility and wet-weather performance matter, Gyru-Star screening buckets provide a practical and proven solution for compost screening. To learn more, or for expert guidance on selecting the right bucket for your application, contact your local Gyru-Star dealer .

Waste management operations are under continuous pressure to process material efficiently, recover value and reduce disposal costs. Poly-star screening buckets have become an increasingly popular solution because they offer a flexible and practical way to screen material without relying on large static plant. These attachments are commonly used in two key environments: waste transfer stations and on-site screening applications. At transfer stations, they provide a compact and controlled method for pre-processing material before it moves further along the recycling chain. On site, they allow contractors to screen and reuse material at the point of generation, which reduces haulage requirements and shortens turnaround times. There are several reasons why operators choose poly-star screening buckets instead of traditional screening equipment. Many facilities do not have the space to accommodate larger tracked or static screening plant, particularly in confined yards or urban locations. Wet material is another widespread challenge, as many conventional screeners perform poorly when handling damp material. Poly-star buckets continue to operate effectively where other screeners may clog or stall. These buckets are also well suited to non-destructive screening tasks that require material separation without crushing or shredding. This makes them ideal for handling mixed waste streams and recovering usable product without increasing contamination. An Introduction to Polyurethane Star Screening Buckets Most machine operators will be familiar with traditional steel shaft screening buckets, which have been widely used for decades. Polyurethane, or poly-star, screening buckets are a more recent development, although the underlying operating principle remains similar. What sets poly-star screening buckets apart is their ability to screen material without crushing or shredding it . This characteristic makes them particularly valuable in waste management applications. Instead of steel hammers, poly-star screening buckets use flexible polyurethane stars. These stars rotate in an upward direction to create a rolling action inside the bucket, allowing fines to fall through the gaps between the stars. The flexible nature of the stars enables them to break apart clumps of wet material without causing damage. The process is a genuine non-destructive screening method. Performance Advantages Poly-star screening buckets offer two major performance advantages compared with traditional screening plant. These advantages relate to the ability to screen both wet materials and those more sensitive to damage. Because these attachments separate material without crushing or shredding, they are ideal for applications where material integrity must be preserved. A good example is plastic and polystyrene found within mixed aggregate or soil. Poly-star buckets can separate these materials cleanly, which helps to limit contamination. They also excel in wet conditions. The flexible stars can break apart clumps of wet material that would typically clog vibrating or mesh screeners. Although throughput can be slower in damp conditions, poly-star buckets remain operational long after other screeners have stopped. This enables faster turnaround times, as there is no need to wait for material to dry, which also frees up valuable storage space. Operational Advantages In addition to performance, poly-star screening buckets offer several operational advantages related to cost and efficiency. Screening buckets require a significantly lower initial investment than tracked or static screeners. This improves accessibility for smaller businesses and makes it economical to screen smaller volumes of material . Operating costs are also lower due to simplified maintenance and the ability to use existing on-site machinery. Fewer machines and fewer operators result in reduced running costs. Efficiency improves further because screening buckets allow screening and loading to occur in a single operation. They can also be taken directly to the material, which reduces unnecessary material handling. Noise pollution is another important consideration. Screening buckets are much quieter than traditional screening plant, making them ideal for sites with noise restrictions. Gyru-Star 3-120HE screening bucket recycling demolition waste on a construction site in Sweden Why Gyru-Star Is the Best Option With many screening buckets on the market, choosing the right solution can be challenging. Gyru-Star stands out because it has been engineered specifically to address the practical issues operators face every day, including contamination risks, compatibility with modern machinery and long-term durability. While poly-star buckets already offer clear advantages over traditional screening plant, Gyru-Star enhances these benefits through thoughtful design and industry-leading features that make the equipment more reliable, more efficient and easier to use. No Contamination Gyru-Star screening buckets are engineered to minimise contamination risks. The carbon belt driveline contains no oil or grease, and the driveline housing is completely sealed to prevent leaks should any hydraulic components become damaged. Sealed bearings are used throughout the attachment, which eliminates the need for grease. Most screening buckets rely on chain-driven systems enclosed in oil baths or unsealed housings. These systems present a clear risk of oil or grease contamination and typically require more maintenance. Compatibility and Optimisation Gyru-Star offers the largest screening bucket range on the market, with thirty-one models across six series for carriers from 1 to 30 tonnes. Each bucket is engineered for a specific carrier weight class to ensure optimal performance. This comprehensive range ensures there is a Gyru-Star screening bucket for every machine on site, including excavators from 1 to 30 tonnes, loaders from 1 to 15 tonnes and skid steer or compact track loaders from 1 to 9 tonnes. Gyru-Star buckets are also compatible with tiltrotators and automatic quick couplers without requiring any special modifications. The manufacturer, Wheatway Solutions, is also a member of the Open-S Alliance . Industry-Leading Features as Standard Not all screening buckets are built equal, and Gyru-Star buckets come with a range of industry-leading features as standard. In addition to the aforementioned carbon belt drive (unique to Gyru-Star), each bucket has a multi-layer monocoque shell , which is reinforced with HB400 wear-resistant steel. This reduces the bucket weight, allowing for a larger screening area and improving efficiency. The shell also incorporates a stainless steel non-stick floor, which prevents wet material from building up and ensures a consistent flow of material into the rotors. Lastly, to prevent accidental damage, all new Gyru-Star screening buckets (manufactured after Jan 2026) are fitted with a reverse protection valve. This limits the speed of the rotors when the bucket is run in reverse, allowing them to be cleaned without risking damage to the stars or driveline. This is ideal for sites where multiple operators will be using the bucket who may not be experienced with this type of attachment. Case Study: Successfully Implementing Poly-star Screening Buckets Rich Tayler of RJT Groundworks Services with his Gyru-Star screening bucket RJT Groundworks Services has reduced its landfill waste by almost 70 percent after investing in a Gyru-Star screening bucket. In peak periods, this reduction has delivered savings of up to £1,500 ($2,000) per month. We visited the company to learn how the bucket has transformed its operations. The Challenges of Traditional Screening Before using a Gyru-Star bucket, RJT Groundworks was producing roughly three truckloads of muck-away waste each week. Most of this waste consisted of soil and hardcore generated from landscaping, groundworks and fencing projects. The material was brought back to their yard in Devizes for processing and disposal. Almost all of this waste was sent to landfill at a cost of £350 to £450 ($473 to $608) per load. Costs escalated quickly during busy periods, prompting Managing Director Rich Tayler to seek an alternative approach that would enable more effective material recovery and reduce disposal costs. The company initially tried a static vibratory screen, which worked well when soil was dry but performed poorly with damp material. As a result, much of the usable topsoil and hardcore still ended up in landfill. Recognising the need for a more versatile solution, Rich contacted his local Gyru-Star dealer, Reeds Construction and Engineering . Finding the Right Tool As the company already operated a JCB Agri telehandler, the Gyru-Star 3-150L provided the ideal fit. The bucket offered low running costs, compatibility with existing machinery and flexibility thanks to the Kustom Konnect Universal Rail System supplied by Reeds. The three-rotor design and flexible poly-stars enabled Rich to separate fines and oversize without crushing or shredding, even with wet or root-bound material. The stainless steel non-stick floor ensured consistent performance in damp conditions, allowing Rich to screen material as soon as it arrived. Rich operating the Gyru-Star 3-150L screening bucket on his JCB telehandler Proven Results in All Conditions After nearly a year of use, the 3-150L has delivered outstanding results. Landfill waste is down by almost 70 percent, and monthly savings during peak periods can reach £1,500 (£2,000). Additional savings come from replacing purchased topsoil, typically £45 ($61) per tonne, with reclaimed material. More than a thousand tonnes have been screened without significant wear to the poly-stars. Rich has found that a steady, lighter loading technique delivers the best results, as it allows the stars to begin their rolling action much more quickly. Although each individual bucket load may contain slightly less material, the faster rolling action dramatically improves the overall cycle time, making the entire process quicker and more consistent. The bucket has also become a valuable on-site tool for spreading topsoil before turfing or seeding. The rolling action of the stars produces a fine, even layer and significantly reduces manual labour. Its strongest advantage remains performance in damp conditions. Material that used to sit for weeks while drying can now be processed immediately, which speeds up recycling and frees up vital yard space. Reflecting on the investment, Rich offered a simple summary: “I wish I had bought one sooner.” Transform Your Screening Process If you’re looking to cut disposal costs and streamline your screening operations, now is the perfect time to explore the Gyru‑Star range. Speak with our team or contact your local Gyru-Star dealer for more information.

Key Information Region: Cornwall, Southwest England Established: 2018 Joined the Gyru-Star Dealer Network: 2024 Services: Plant sales, servicing, and spare parts Brands: Gyru-Star, Hidromek, Holp, MDE, and Arden Equipment About MPS Southwest MPS Southwest are the official Gyru-Star dealer for Cornwall and one of the southwest’s go-to names for plant machinery and attachments. Alongside the full Gyru-Star range, they are a main dealer for Hidromek and the UK importer for Holp RotoTop, giving them a diverse product offering to support their growing customer base. The company, based in St Austell, joined the Gyru-Star dealer network in 2024. They made a strong impression at that year’s Royal Cornwall Show by showcasing a selection of Gyru-Star screening buckets. Their participation in the last two shows, alongside Devon-based dealer Machine Serve, has been crucial in enhancing Gyru-Star’s visibility across the southwest. “In less than two years as a Gyru-Star dealer, we’ve seen demand for Gyru-Star buckets grow steadily. At its core, our business is about helping our customers solve a problem. These buckets are another solution we can offer them — one that really complements the machinery they already have,” says Jason McCullough, the company’s Managing Director. Jason McCullough founded MPS Southwest in 2017. Initially, the focus was on providing plant servicing and repairs across Cornwall and the southwest. Over time, the company expanded its services to include sales and spare parts. Despite this growth, servicing and repairs remain a significant part of their business. Upcoming Events MPS Southwest is set to exhibit at PlantWorx 2025 with Holp RotoTop. Visitors can find them on stand B-23, where they will be running live demonstrations. This event is a fantastic opportunity for customers to see the equipment in action and learn more about the products offered. How to Get in Touch If you have any inquiries or need assistance, feel free to reach out: Phone: +44 (0) 7487 684 508 Email: spares@mpssouthwest.co.uk Web: https://mpssouthwest.co.uk/ Follow us on social media for updates and news: Facebook Instagram TikTok YouTube Address: County Mill PL26 8LA, Bugle, Cornwall, PL26 8LA Interested in Becoming a Gyru-Star Dealer? We’re looking to expand our global dealer network. If you’re interested in becoming a Gyru-Star dealer, please contact sales@gyru-star.com .

Key Information Region:  Australia and New Zealand Established:  2004 Joined the Gyru-Star Dealer Network:  2019 Services:  Attachment sales, servicing and spare parts Brands:  Gyru-Star, AugerTorque, ATiB Magnetics, DEMCO, ICM, Malaguti, Mantovanibenne, NPK, TEBCO and Vosch. About Earthworm Attachments Earthworm Attachments are the official Gyru-Star dealer for Australia and New Zealand, bringing decades of industry expertise, exceptional product knowledge, and a strong commitment to service and support to the Australasian market. Established in 2004, Earthworm Attachments began as the New Zealand distributor for AugerTorque. Under the leadership of CEO Steve McLean, the business quickly grew into New Zealand’s leading hydraulic attachment specialist. Today, Earthworm remains a proud family-run company, with Steve joined by his sons Ben, Rick, and Jerry, continuing to build on the business’s strong foundations. Earthworm Attachments represents a carefully selected portfolio of premium attachment brands, including Gyru-Star, AugerTorque, ATiB Magnetics, DEMCO, ICM, Malaguti, and Mantovanibenne. Every brand in their range is chosen based on three key criteria: proven engineering, reliability, and consistent performance in the most demanding conditions. This approach ensures customers receive attachments they can depend on day in, day out, supported by expert sector knowledge and technical support built from decades of hands-on industry experience. “The best thing about selling the Gyru-Star product is the feedback after the customer has had it for a while. It fits perfectly with our mission to make our customers more profitable. Customers are always commenting on how well the Poly-Star system works and how efficiently they screen, even on a small machine,”  says Rick McLean, General Manager at Earthworm. Alongside attachment sales, Earthworm Attachments stock a full range of spare and wear parts, including Gyru-Star Genuine Parts. Their dedicated after-sales team also provides expert servicing and repairs, ensuring customers are supported throughout the full life cycle of their equipment. Service and support sit at the heart of Earthworm’s offering. Every purchase is backed by a knowledgeable team who understand the realities of working on demanding job sites and are committed to keeping equipment productive while minimising downtime. Headquartered in Gore, Southland, Earthworm Attachments operates three branches across New Zealand, located in Auckland, Christchurch, and Gore. In late 2025, the business rebranded and expanded its footprint, bringing its expertise to the Australian market with new branches in Sydney and Brisbane. Following this expansion, Earthworm Attachments was appointed as the official Gyru-Star dealer for Australia, strengthening Gyru-Star’s presence across Australasia and ensuring customers benefit from local stock, support, and technical expertise on both sides of the Tasman. With a strong foundation, a growing international presence, and an unwavering focus on quality and support, Earthworm Attachments continues to play a vital role in developing the Gyru-Star brand across Australia and New Zealand. How to Get in Touch New Zealand Phone:  0508 21 22 23 Email:   info@earthworm.co.nz Web:   https://earthworm.co.nz/ Facebook | Instagram  | LinkedIn Auckland :  26a Ash Road, Wiri, Auckland 2104 Christchurch:  7 Washbournes Road, Wigram, Christchurch, 8042 Southland:  7 Saleyard Rd, PO Box 56, Gore, 9772 Australia Phone:  1800 717 385 Email:   info@earthwormattachments.com.au Web:   https://earthwormattachments.com.au/ Sydney:  1 Salmon Cl, Cranebrook NSW 2749, Australia Brisbane:  198 Paradise Rd, Willawong QLD 4110, Australia Interested in Becoming a Gyru-Star Dealer? We’re looking to expand our global dealer network. If you’re interested in becoming a Gyru-Star dealer, please contact sales@gyru-star.com .

Patryk's 6 Ton Kubota with one of his Gyru-Star screening buckets In August 2013, MTT Sweden AB took delivery of their first Gyru-Star screening buckets. Patryk Haglund was one of the first contractors in Scandinavia to purchase a Gyru-Star ‘sorteringskopor’ from them, and he has had one on almost every job since. Since then, he has had several Gyru-Star screening buckets for his 6-ton Kubota excavator, but for the past 5 years, he has predominantly been using a 3-100MAX. Whilst many customers purchase their Gyru-Star attachments for a specific application, Patryk has found an almost endless list of uses for his, from spreading soil for seeding grass to gritting icy roads in the bitter Swedish winters. As a general contractor, Patryk works on a wide variety of projects including new build housing developments, landscaping, drainage and even some forestry work. Regardless of the project, he says he always has a Gyru-Star screening bucket with him. "The bucket makes everything easier. You can take it everywhere; I’m always finding new uses for it"  When we caught up with Patryk recently, he explained how his screening buckets have allowed him to finish projects ahead of schedule and save both himself and his customers money. One of the major advantages he identified, was that he could recycle construction waste for use elsewhere on the site. Not only did this reduce the project's overall costs, but he could avoid downtime whilst waiting for material deliveries in rural areas. However, this isn’t all he has used his screening bucket for. Here are just a few of the applications Patryk has found for his Gyru-Star screening buckets: Gritting icy roads in the winter.  Removing screws, nails and other metalwork from burn pit ash.  Cleaning up old roof thatching.  Spreading soil ready for grass seed.  Removing soil from roots and tree stumps, so it could be used to fill in the hole.  Cleaning up construction waste and separating the useable materials from the scrap, including removing large pieces of polystyrene, without making a mess.  Removing fines from demolition waste.  Turning excavated material from pool constructions into topsoil for use around the pool area.  Separating kitchen tiles from a pile of demolition waste, without shattering them.  Backfilling cable and pipe trenches.  Patryk also spoke very highly of Gyru-Star’s Scandinavian dealer, MTT Sweden AB. He told us that the relationship Michael (of MTT) has with his customers enables a level of customer service he has never found anywhere else.  What Do You Use Your Gyru-Star Screening Bucket for? Got an interesting or unusual use for your Gyru-Star screening bucket? We want to hear from you! Send your story to marketing@gyru-star.com

All Gyru-Star screening buckets are designed and built in Great Britain. This includes not only the bucket shells and final assembly but also the vast majority of internal components. As a result, every Gyru-Star product proudly carries the Made in Britain trademark. Support Throughout the Life of the Product In recent years, we’ve made significant investment in expanding our in-house manufacturing capabilities. This allows us to produce more components ourselves and maintain full control over quality and lead times. Crucially, these capabilities also ensure long-term parts availability. By manufacturing components in-house, we can continue supplying genuine spare parts for every Gyru-Star screening bucket we’ve ever built, regardless of when it was built. A Local, Resilient Supply Chain All raw materials, components, and subcontract work are sourced exclusively from UK-based suppliers. Every supplier we work with is located within 170 miles of our head office. Keeping our supply chain local reduces lead times, limits exposure to global disruption, and ensures parts are readily available when customers need them. It also allows us to maintain consistent quality across every component we supply. Working with Specialist UK Manufacturers Where specialist expertise is required, we partner with leading UK manufacturers who understand both the product and its application. Our polyurethane poly-star system, for example, was developed in collaboration with one of the UK’s leading polymer moulding specialists. Other externally sourced components are supplied by trusted specialists, selected for their technical expertise and proven reliability. This collaborative approach ensures every component meets our stringent quality standards. What This Means for Our Customers From manufacturing through to long-term parts support, our UK supply chain allows us to stand behind every Gyru-Star screening bucket with confidence. It’s how we ensure reliability, performance, and support throughout the full life cycle of your attachment.