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
Eggersmann screeners are designed to deliver reliable, high‑precision material separation across a wide range of recycling, composting, biomass, and waste‑processing environments. Engineered for durability and consistent output, they perform effectively even when handling heavy, wet, or variable materials. With advanced screening technology at their core, Eggersmann Trommel and Star Screens enable operators to achieve cleaner end fractions, improved throughput, and higher overall recovery rates. Their strong construction, flexible screening adjustments, and capability to manage both organic and mixed waste streams make them essential for boosting recycling performance, reducing contamination levels, and enhancing efficiency throughout the entire material‑handling process.
Trommel Screens
Trommel screens feature a rotating drum that separates material by size, providing dependable and uniform screening for compost, soil, biomass, and mixed waste. Their design handles wet, sticky, or inconsistent feed materials well, ensuring stable performance.
Star Screens
Star screens use rapidly rotating stars to deliver quick and accurate material separation. They are perfectly suited for processing organic waste, compost, wood, and other lightweight materials, offering high throughput and easily adjustable output sizes.
Why Screen Material?
Screening helps remove oversized impurities from organic material, creating a clean, consistent compost product. This improves processing efficiency and supports higher-quality outputs in composting, biomass, and soil‑improvement applications.