500 Type Heavy-Duty Shredder for Industrial Waste Processing

The 500 Type Heavy-Duty Shredder is a compact dual-shaft shredding machine designed for factories, recycling workshops, and waste-processing facilities that need dependable size reduction without occupying excessive floor space. Its reinforced Q355B steel construction, customizable 15–22 kW drive system, and alloy steel cutting tools provide a practical combination of structural strength, controlled operation, and flexible material handling.

With a stated processing capacity of 50–100 kg/h, the machine is suitable for smaller-scale industrial waste applications where stable feeding, straightforward maintenance, and easy integration into an existing production area are important.

Product Highlights

Reinforced Steel Construction

The main structure uses thickened Q355B structural steel, with robotic welding applied to improve consistency in the fabricated frame and cutting chamber. The reinforced construction helps the machine withstand repeated impact and mechanical loading during everyday shredding operations.

Despite its heavy-duty construction, the 500 Type is designed with a relatively compact footprint. This makes it suitable for workshops and smaller production facilities where available installation space is limited.

Dual-Shaft Cutting System

The machine uses a dual-shaft cutting configuration to pull and tear incoming material between the rotating cutters. This arrangement is suitable for irregular industrial waste and materials that are difficult to process with conventional high-speed size-reduction equipment.

The drive system can be configured with a 15–22 kW motor, allowing the machine specification to be adjusted according to the material characteristics and processing requirements.

Variable-speed operation also provides greater flexibility when dealing with different feeding conditions. Rather than relying on one fixed operating speed, the machine can be configured around the material and desired processing behavior.

Alloy Steel Cutting Blades

The cutting tools are manufactured from alloy steel with a stated hardness of 58–62 HRC. The combination of material strength and controlled hardness is intended to provide a balance between cutting performance and wear resistance.

Blade configuration can be selected according to the intended application. This is particularly relevant when the machine is used for materials with different thicknesses, densities, or cutting resistance.

Safety and Sealing Features

The machine incorporates several features intended to improve operational safety and protect internal components during daily use.

Safety functions include:

• Emergency-stop controls

• Safety interlocks

• Protective covers around operating areas

• Sealing designed to reduce dust and material leakage

The sealing system also helps limit dust intrusion into sensitive machine components, which can be useful in waste-processing environments where fine particles are generated during operation.

Maintenance and Daily Operation

The 500 Type is designed with maintenance access in mind. Internal components can be reached through a modular machine structure, making routine cleaning, inspection, and cutter replacement easier than working around a fully enclosed fixed assembly.

The control interface is designed for straightforward operation, allowing operators to start and manage the machine without a complicated operating procedure.

For facilities where the shredder operates regularly, practical maintenance access can be as important as the initial machine specification. Faster access to cutting components can reduce the amount of time required for routine servicing and help limit unnecessary production interruptions.

Materials and Applications

The 500 Type can be used for a range of relatively light industrial and commercial waste streams, including:

• Plastic scrap and production waste

• Paper and cardboard

• Wood offcuts

• Light metal waste

• Mixed municipal solid waste

Its compact design makes it particularly suitable for small recycling facilities, manufacturing workshops, production plants, and localized waste-processing operations where material volumes do not justify a much larger industrial system.

Material condition should still be evaluated before selecting the machine. Feed dimensions, material density, contamination, moisture, required throughput, and desired output size can all influence the final configuration.

Technical Specifications

Actual processing performance can vary according to material characteristics, feed size, feeding method, output requirements, and operating conditions. The final configuration should therefore be confirmed according to the intended application.

Why Consider the 500 Type for a Small-Scale Processing Line?

For a smaller facility, equipment size is not the only consideration. A machine that can be integrated into an existing workspace without extensive layout changes may reduce the difficulty of installation and material handling.

The 500 Type combines a relatively compact footprint with a reinforced structure and configurable drive system. This makes it suitable for applications where the operator needs a practical industrial shredder rather than a large centralized processing system.

Its dual-shaft configuration can also make it useful as a primary size-reduction machine before subsequent sorting, conveying, or recycling processes.

500 Type Shredder for Custom Industrial Applications

Industrial waste streams vary considerably from one facility to another. The same machine category may be used for different materials with different feed dimensions and production targets.

For this reason, the motor configuration, blade arrangement, operating speed, feeding method, and other machine details should be considered together rather than selecting equipment solely by model number.

For full specifications, product images, and application information, see the 500 Type Heavy-Duty Industrial Waste Shredder.

For buyers evaluating this machine, providing the material type, maximum feed size, expected throughput, operating hours, and required output size will help determine whether the 500 Type configuration is suitable for the intended processing line.