Product

RSX 2300
High-performance twin-rotor shredder

This product is recommended for

processing of metal materials

Description

The RSX 2300 is a state-of-the-art high-performance twin-rotor shredder engineered by MTB®. This robust pre-shredder is designed for efficient waste processing, capable of handling up to 35 tons of waste per hour. Its impressive power range from 2x176 kW to 2x236 kW enables it to manage a variety of waste materials, including industrial, construction, and demolition waste, as well as metal materials like aluminum profiles. The RSX 2300 is indispensable for professionals aiming to optimize their recycling processes, thanks to its advanced technology that ensures effective waste reduction while minimizing energy consumption.

The RSX 2300 features synchronous electric eDrives, which allow it to handle large volumes with lower energy usage compared to traditional hydraulic drives. This eco-efficient performance aligns perfectly with MTB's corporate social responsibility (CSR) objectives, supporting sustainable and environmentally friendly operations. The shredder's innovative design not only enhances its durability but also prepares materials for subsequent sorting or granulation stages, ensuring maximum efficiency and compliance with current recycling standards.

Characteristics general

Characteristic	Value
Power range	2x176 kW to 2x236 kW
Processing capacity	35 tons per hour

FAQ - Key Information

What is the power range of the RSX 2300 shredder?

The power range of the RSX 2300 shredder is from 2x176 kW to 2x236 kW.

What is the processing capacity of the RSX 2300 shredder?

The processing capacity of the RSX 2300 shredder is 35 tons per hour.

News around the RSX 2300 :

MTB RECYCLING

added an article where it is cited RSX 2300

2 days ago

Advanced Material Separation Techniques in Industrial Recycling

2 days ago

Exploring advanced material separation techniques, this article delves into their crucial role in industrial recycling, addressing key challenges and innovative solutions through cutting-edge technology, optimizing efficiency and sustainability in processing complex waste streams.