For processing cables, WEEE, aluminum scrap, ACSR, tires, radiators…
Power from 220kW to 280kW
Reduction from 75mm to 10mm
For processing cables, WEEE, aluminum scrap, ACSR, tires, radiators…
Power 132kW
Reduction from 100mm to 10mm
For processing cables, WEEE, aluminum scrap, ACSR, tires, radiators…
Power 90kW
Reduction from 75mm to 10mm
Pour le traitement des câbles, DEEE, déchets aluminium, ACSR, pneus, radiateurs…
Shredder with pusher
Power 110kW
For processing plastics, wood, cardboard, composites…
Shredder with pusher
Power 30kW
For cable processing: n°2, automotive harnesses, wires…
Shredder with pusher
Power 30kW
The versatile BDR 2400U and BDR 2400R shredders are distinguished by their reliability and high shredding power. Thanks to a 5-ton disengageable flywheel, these machines offer outstanding operating torque, ideal for processing a wide variety of complex waste materials.
Multi-purpose and easy to integrate into your processes, they can be fed by grapple or conveyor. Their design enables precise material reduction, with adjustable sizes between 10 and 100 mm, depending on the grids used.
The BDR 1245 and BDR 1645 shredders are specially designed to meet the challenges of difficult-to-process materials. Robust and powerful, these machines guarantee optimum waste reduction with adjustable sizes from 10 to 100 mm, depending on the screen used.
With a blade tip strength of 100 tons and a 132 kW motor, these shredders are capable of efficiently processing a wide range of materials such as: cables, aluminum scrap, WEEE, ACSR, tires, radiators, etc…
Designed to optimize your productivity, the BDR 1245 and 1645 incorporate simplified maintenance solutions, guaranteeing reduced machine downtime and long-lasting operation.
The BVR range of compact shredders is an efficient solution for processing waste in confined spaces. Equipped with a horizontal pusher, these shredders optimize material flow by adapting to the motor load, guaranteeing smooth, jam-free operation.
Designed to facilitate operators’ work, they reduce the strain on the crane operator while ensuring reliable, consistent performance.
