Metal shavings shredder

Metal shaving shredders are specialized equipment designed for processing long, tangled metal shavings (shavings, curled shavings) generated during machine tool processing. They effectively solve the industry problems of entanglement, clogging, and feeding difficulties encountered by traditional crushers when handling such materials. They can break loose, messy, and bulky metal shavings into short, uniform fragments, creating optimal conditions for subsequent recycling, transportation, and smelting. The equipment adopts a low-speed, high-torque dual-shaft shearing design. Two cutter shafts equipped with interlocking blades rotate in opposite directions, completely decomposing tangled clumps of metal shavings through shearing, tearing, and pulling.

Anti-entanglement design: The unique cutter shaft structure and moving blade design actively hook and cut long shavings, fundamentally preventing material from entangled on the main shaft.

Anti-jamming handling: For small amounts of small parts or clumps of material that may be mixed in, the equipment is usually equipped with an automatic reverse or overload protection system to ensure continuous operation.

Uniform output: The shredded wood shavings are uniform in size (typically controllable between 10-50mm) and have a significantly increased density, making them suitable for direct baling or as high-quality furnace feed.

The metal shaving shredder boasts advantages such as stable operation, low noise, and high torque. Material is pushed into the crushing chamber by a conveyor belt, and the two sets of cutter shafts in the twin-shaft shredder rotate at different speeds, simultaneously shearing and crushing the material, thus improving crushing efficiency.

Pre-processing: Collects messy, loose metal shavings.

Core Crushing: Feeds into a shredder, where it is forcefully shredded into short fragments, reducing volume by 50%-70%.

Value Enhancement

Direct Reduction in Transportation Costs: Significantly reduces loading space, saving on logistics costs.

Double the Benefits of Melting: Uniform fragment size allows for faster and more complete melting in the furnace, increasing metal recovery rates and reducing burn-off and energy consumption.

Automated Pre-processing: The crushed material is more easily separated from grease, coolant, or other impurities through air separation, magnetic separation, etc.

Specialized Cutting Tools: Employs impact-resistant and wear-resistant alloy tool steel blades, with specialized cutting edge designs for different materials of shavings (such as tough stainless steel shavings and hard cast iron shavings).

Intelligent Drive System: Equipped with frequency conversion control and intelligent monitoring, it automatically adjusts torque and speed according to the load, achieving energy saving and protection.

Leak-proof sealing design: For wet shavings containing oil or emulsions, multiple seals are used between the spindle end and the housing to prevent leakage and protect the working environment.

Low noise design: Optimized internal housing and low-speed operation effectively control operating noise.