Waste Hard Drives Double Shaft Shredder Machine Scrap Metal Shredder

It is designed primarily for metals — stainless steel, brass, copper, alloy, carbon steel and aluminum — and is also suitable for shredding waste hard drives. With appropriate blade selection, it can handle some mixed industrial materials and selected plastics.

The machine's capacity ranges from approximately 800 to 5000 kg per hour, depending on material type, feed rate, blade configuration and screen selection.

Rated power is 15 kW (15,000 W). Actual electrical supply requirements (voltage, frequency, and starter type) should be specified at order to match local mains and motor configuration.

Standard blade materials include 9CrSi, D2 and SKD-11 high-wear steels. Blades are replaceable and can be customized (material, hardness and tooth profile) to suit specific shredding tasks.

Typical gross machine weight is in the multi-ton range; depending on configuration the weight is around 2300–3300 kg. Exact weight depends on options (screens, feed systems, sound enclosures) and will be confirmed on the order specification.

Yes — the double-shaft shredding action reduces hard drives to small fragments, significantly reducing the chance of data recovery. For regulatory or certified destruction requirements, combine shredding with degaussing or follow your local secure data destruction standards and request documentation from the supplier.

Standard safety features include PLC control with emergency stop, safety interlocks and guards, overload protection, and optional sensors and light curtains. Site-specific safety measures (fencing, signage, lockout/tagout) should be implemented per local regulations.

Routine maintenance includes daily inspection of feed and blades, lubrication of bearings and gearboxes per the manual, and periodic blade inspection/sharpening or replacement depending on wear. A preventive maintenance schedule is recommended (daily/weekly checks and a more thorough monthly/quarterly inspection).

Blades are designed to be replaceable. Depending on wear and blade grade, resharpening may be possible, but replacement is common for consistent performance. The supplier can provide spare blades and guidance on wear life for your application.

A level, load-bearing foundation is required, often with provision for anchoring. Installation typically requires lifting equipment (crane or forklift) and a qualified electrician to connect the motor. Allow space for feed and discharge, maintenance access and any dust/noise control systems.

Yes — a test report is provided, and the product includes video outgoing inspection for quality assurance prior to shipment.

Shredding operations generate significant noise and some dust/fines. Options include acoustic enclosures, local extractor or dust suppression systems and material containment to reduce emissions. Site-specific controls should be planned.

Spare parts (blades, screens, bearings, seals) and technical support are available through the manufacturer/dealer (SUNY). Availability and lead times should be confirmed at purchase; consider ordering key wear parts with the machine.

Yes — color and many configuration options are available per client requirements. Customization options include blade type, screen size, feed system, control features and peripheral equipment.

Output size is controlled by blade geometry and the screen (if used) under the shredding chamber. Particle size is adjustable by selecting appropriate screens and blade configurations; discuss your target output size with the supplier for correct setup.