Industrial Mattress Shredder Price | Waste Recycling Machine

Harris
2026-11-07

Finding the right industrial mattress shredder waste recycling machine is not simply about comparing prices. For recycling companies and waste management operators, the real question is how much equipment is needed to process discarded mattresses efficiently and recover value from the waste.

Mattresses contain foam, fabric, steel springs, and other mixed materials. Their bulky structure and metal components make them difficult to handle with conventional shredding equipment. The machine and system configuration therefore have a direct impact on the overall investment.

Discarded Mattresses

What Determines the Price of a Mattress Shredder?

There is no fixed price for every mattress recycling project. A standalone shredder for volume reduction requires a different investment from a complete system designed for metal recovery or RDF production.

For initial budget planning, buyers can consider three general equipment configurations:

Basic volume reduction: A standalone industrial shredder for reducing mattress size before transportation or further treatment. This is generally the simplest configuration.
Shredding with metal recovery: A shredder combined with feeding conveyors and magnetic separation equipment to recover ferrous materials such as steel springs.
Integrated recycling system: A more complete solution incorporating additional size reduction, separation, conveying, and dust collection equipment, depending on the final application.

The actual investment depends on processing capacity, mattress composition, output requirements, and auxiliary equipment. These categories are intended as budget-planning guidance, not fixed market price ranges.

Shredder for Large-Sized Mattresses

Choosing the Right Shredder for Different Mattress Materials

Mattress composition is one of the first things to consider when selecting equipment. Spring mattresses place different demands on a shredder than foam mattresses, particularly because steel components increase the mechanical load during processing.

A suitable machine should be selected according to the material structure, mattress dimensions, required throughput, and expected output size. Cutter design, shaft configuration, and drive power also need to match the application.

Capacity is another important consideration. GEP ECOTECH's published bulky waste shredder specifications cover reference capacities of 10–70 m³/h across different models. Actual performance depends on the material and operating conditions, so selecting equipment based only on a maximum capacity figure is not recommended.

GEP ECOTECH Bulky Waste Recycling Project

GEP ECOTECH has experience in designing shredding systems for bulky waste, including discarded mattresses and sofas.

One example is the Green Recycling Complex Project in Anhui, China. The system was developed for an environmental engineering company, with the following specifications:

Processing capacity: 4–8 t/h
Output size: Approximately 200–300 mm
Primary equipment: Low-speed, high-torque double-shaft shredder
Feeding: Metal chain conveyor
Separation: Magnetic separator
Dust control: Intelligent dust removal system

After shredding, the material passes through magnetic separation to recover ferrous metals. The remaining fractions are transported off-site for further treatment.

This project illustrates how shredding and separation equipment can work together to process bulky waste. The final configuration, however, should always be based on the customer's material and recycling objectives.

Disposal of Large Items: Mattresses