UPAXX model series compactors are fully automated cans balers with a closable pressing channel for processing metal cans and other metal scrap. Distinguishing features include a jam-proof closing mechanism that is driven on both sides, and a low construction height. The pressing force of 700 kN produces briquettes according to relevant post-processing industry specifications.
- Energy efficient and robust hydraulic drive
- Alternatively with output-regulated axial piston pumps or internal gear pumps
- Low pressure stage of all hydraulic components designed for multiple operating pressures
- Minimum noise level due to decoupling of structure-borne noise
- Consideration of all basic legal information regarding water protection
- Pressing floor lined with wear plates with corrugated finish
- Replaceable, bolted wear plates made of special Hardox steel in the side-wall area
- Oversized and easy to replace counter-blade system for processing the most difficult types of materials
- Solid, lengthened channel section for extended stroke operation to increase throughput
- All-round panelling with wear plates for full wear protection
- Prefabricated cutting unit for maximum cutting performance, but equally optimal accessibility
- Press plate connection optimally protected against impact and eccentric strain
- Connection of cylinder with cylinder plunger structurally oversized to absorb high reactive forces
- Main cylinder and control block designed for a maximum pressure of 420 bar
- Control block constructed from forged steel for optimal efficiency and low loss of flow
- All seals and guide elements have a long service life, due to large cylinder guide lengths
- Powerful hydraulic actuation of front door with two double action door cylinders in space saving design
- Jamming free operation due to labyrinth sealings
- Self-cleaning front door with safety slide for packages
- Front door gidings totally encased
- Easy and safe operation for hand and automatic mode
- Display of all stats for operation and maintenance
- Modular baler safety system via key transfer system inclusing the prevention of lock-in danger