Star Screens
Star screens, like the STAR SELECT series, deliver high-performance screening for a wide range of materials including compost, soil, biomass, and waste. Using rotating star-shaped elements, these machines achieve precise separation of fine and coarse fractions with exceptional throughput. Their modular design allows flexible configuration, while features such as adjustable screen decks, robust construction, and efficient material flow ensure reliability and productivity in demanding recycling and processing environments. Ideal for operations seeking speed, accuracy, and versatility in material screening.
Star Screens Products
1 Machine
Screeners
High‑performance screening systems are essential for accurate and efficient material separation across recycling, composting, biomass and wider waste‑processing applications. Built for durability and consistent throughput, these screeners deliver reliable results even when working with heavy, wet or inconsistent materials. With advanced technology at the core, Trommel and Star Screens help operators achieve cleaner output fractions, increase processing capacity and maximise recovery rates. Their robust engineering, adjustable screening options and ability to handle both organic and mixed waste make them vital for improving recycling efficiency, lowering contamination and streamlining overall material‑handling operations.
Trommel Screens
Trommel screens use a rotating drum to separate materials by size, providing steady and uniform screening for compost, soils, biomass and mixed waste streams. Designed to cope with wet, sticky or uneven feedstock, they offer dependable performance across demanding and variable conditions.
Star Screens
Star screens use high‑speed rotating star elements to deliver rapid and precise material separation. Ideal for organic waste, compost, wood and other light materials, they offer excellent throughput and easy particle‑size adjustment to match specific output requirements.
Why Screen Material?
Screening removes oversized material and contaminants from organic waste, producing a cleaner, more consistent compost product. This crucial step enhances efficiency across composting, biomass production and soil‑enhancement operations, ensuring higher‑quality end results.