Application domain :

• Wood : Reclaimed wood, Roots and stumps, Railway sleepers
• Others : Pallets, Paper Roll

Principle of operation: With knife rotors working in fast mode and separation of metals by a metal detector

Advantages :

• high yield
• reduced energy consumption
• separation of ferrous FE & non-ferrous NE
• calibrated and uniform chips
• reduced noise emission
• wear saving

Application domain :

• Wood : Reclaimed wood, Roots and stumps, Branches, Railway sleepers, Pallets
• Others : Roll of paper

Principle of operation: Fast mode, metal separation

Advantages :

• high yield
• reduced energy consumption
• separation of ferrous FE & non-ferrous NE
• calibrated and uniform chips
• reduced noise emission
• wear saving

Application domain :

• Wood : Aluminum profiles and balls, Light metals

Principle of operation: Grinding is carried out by a belt directly in the grinding rotor. A precise final grain is achieved by a pre-stressed sieve basket. A transverse magnet separates the exposed FE metals.

Advantages :

• high yield
• reduced energy consumption
• small footprint
• short installation time
• extremely long life span

Application domain :

• Metals: Automotive carcasses, Aluminum profiles and bales, Engine blocks, Household appliances, Light metal waste

Principle of operation: Grinding is carried out using newly developed eccentric discs and special grinding rotors. A precise particle size can be achieved using a pre-stressed screening basket.

Advantages :

• high yield
• reduced energy consumption
• reduced noise emission
• low dust emission
• long life of cutting tools