Optimally adaptable to all processes

The roller, which is 3 m long and 0.6 m thick, is equipped with 21 teeth, ensuring that the CERON TYPE 306 reliably and thoroughly shreds the incoming material. The shredding comb automatically opens to prevent the occurrence of any damage in case of obstructions. The outstanding features of our stationary pre-shredders of the CERON series include its impressively high throughput and the coarse-grain composition of the pre-shredded materials.

All wear and tear parts can be replaced in just a few steps. The level connection options in the infeed and discharge areas ensure moreover that the machine is able to easily adapt to installation-specific conditions and that literally makes the CERON TYPE 306 the right partner for all areas of use.

The machines are directly driven using AC motors. The speed can be individually regulated to ensure that the machine is optimally adapted to the respective process requirements. Large safety doors and flaps facilitate the efficient and safe maintenance from outside of the machine.

The pre-shredders of the CERON series process waste wood, roots, green waste, bio-waste, household waste, bulky waste, commercial waste, construction waste and much more. This makes the machine well suited for a wide variety of tasks in the areas of mechanical/biological treatment, bio-mass processing or recovery of refuse-derived fuels.

• Universally usable for shredding a wide variety of materials
• High versatility and flexibility thanks to the different equipment options, wide range of tooth shapes, drive systems, stands or lower conveyor belts
• Less energy consumption thanks to efficient, frequency-controlled direct drive
• Very rugged design for an extra long service life
• Easy to service and maintain as a result of comb hatch that can be opened hydraulically, offering direct access to the shredding tools
• Shredding drum can be moved in jog mode to allow for a much easier tool change
• Very low noise emissions during operation
• Integrated misting equipment to reduce dust emissions