Shredders
Eggersmann offers advanced shredding solutions with TEUTON single-shaft and FORUS twin-shaft machines. TEUTON delivers high torque and flexible rotor setups for a wide range of materials, while FORUS excels at bulky, tough waste with adjustable output sizes. Both run at low speeds for maximum efficiency, durability, and minimal noise, ideal for modern recycling operations.
Shredders Products
7 Machines
Eggersmann C 14
Shredders
Eggersmann IMPAKTOR 250
Shredders
Terex EvoQuip Caiman 150
Shredders
Eggersmann FORUS F 25
Shredders
Eggersmann FORUS F 38
Shredders
Eggersmann TEUTON Z 50
Shredders
Shredders - Slow Speed Shredding
Eggersmann slow‑speed shredders are purpose‑built for highly efficient primary shredding, delivering powerful and reliable size reduction for bulky, contaminated, and mixed waste streams. Their heavy‑duty rotor, high‑torque drive, and controlled low‑speed operation ensure consistent performance even in the toughest applications, preventing blockages and reducing wear. This makes them ideal for processing a wide range of materials, including construction and demolition waste, commercial and industrial waste, green waste, wood, and municipal solid waste. By producing a uniform, manageable output, Eggersmann shredders optimise downstream sorting, screening, and secondary shredding, helping operators increase throughput, reduce operating costs, and achieve higher recycling and resource‑recovery rates.
Why a Primary Shredder?
A primary shredder breaks down bulky, mixed or contaminated waste into a consistent size, improving safety, efficiency and downstream processing. It reduces wear on secondary machinery and helps maximise recovery rates across the entire recycling line.
Reducing Landfill
Primary shredding cuts waste volume and enables easier separation of recyclable materials. By preparing mixed waste for further processing, it diverts more recoverable content from landfill and supports compliance with environmental targets.
RDF – Refuse‑Derived Fuel
Shredding creates a uniform material ideal for RDF production. By achieving consistent output and removing non‑combustibles, it improves the quality and calorific value of RDF, helping facilities supply reliable fuel to energy‑from‑waste plants.