An industrial shredder is a machine designed to reduce the size of bulky, dense, or difficult-to-process materials through a controlled cutting, tearing, or fragmentation system. In the recycling sector, this equipment is essential for preparing waste materials such as plastics, wood, metal, cables, etc., and transforming them into a manageable material suitable for subsequent treatment, separation, or recovery.
These machines are commonly used in recycling plants, waste treatment companies, the plastics, metallurgy, and timber industries, and in any process that requires reducing materials for transport, sorting, or reuse. Depending on the material and the final size required, different configurations are used, always aimed at achieving the best performance with the least possible maintenance.
Technical data | Lince 62 | Lince 130 | Lince 150 | Lince 240 | Pegaso 150 | Pegaso 250 |
|---|---|---|---|---|---|---|
Engine | 1x11 kW | 1x75 kW | 1x90 kW | 2x90 kW | 1x90 kW | 2x90 kW |
Measurement (L-W-H) | 1.800x1.350x2.200 mm | 2.300x3.800x2.600 mm | 3.000x4.000x3.200 mm | 4.500x4.000x3.200 mm | 3.000x2.600x2.700 mm | 4.600x2.600x2.700 mm |
Filling opening (D-F) | 900x1000 mm | 1.700x2.300 mm | 2.250x2.700 mm | 3.000x2.700 mm | 2.300x1.700 mm | 3.200x1.700 mm |
Feed height (G) | 2.000 mm | 2.600 mm | 3.200 mm | 3.200 mm | 2.700 mm | 2.700 mm |
Hopper volume | 0.45 m3 | 2.9 m3 | 5.5 m3 | 8.8 m3 | 2.5 m3 | 4 m3 |
Material outlet width (I) | 300 mm | 660 mm | 730 mm | 730 mm | 950 mm | 950 mm |
Weight | 2.500 kg | 7.000 kg | 10.000 kg | 16.000 kg | 9.500 kg | 16.000 kg |
Rotor diameter | 300 mm | 400 mm | 520 mm | 520 mm | 520 mm | 520 mm |
Cutting length | 620 mm | 1.300 mm | 1.500 mm | 2.400 mm | 1.500 mm | 2.450 mm |
Blades type | 40x40 mm | 40x40 mm - 60x60 mm | 60x60 - 80x80 mm | 60x60 - 80x80 mm | 60x60 - 80x80 mm | 60x60 - 80x80 mm |
Number of cutting parts | 14 u. | 58 - 34 u. | 59 - 26 u. | 79 - 42 u. | 59 - 26 u. | 79 - 42 u. |
Number of grids | 1 u. | 2 u. | 3 u. | 5 u. | 3 u. | 5 u. |
Each machine is designed to deliver maximum performance in the pre-shredding phase, even under intensive working conditions and with demanding materials such as technical plastics, light metals, wood, and complex industrial waste.
We combine advanced engineering, automation, and premium components to ensure efficient, durable, and safe machines. Our shredders incorporate specific systems to optimize the process.
Type and volume of material to be processed
Input size and final particle size
Power, torque, and rotor speed
Working environment and level of use
Integration with other machines
Maintenance, accessibility and operating cost
