Projects

Twin-Shaft Industrial Shredder – Machine Design and Development

MEKARF develops machine design and engineering solutions for twin-shaft industrial shredders used in recycling applications. Two parallel rotating shafts equipped with cutting discs form a mechanical system intended for shredding different types of waste materials.

Machine Design and System Components

The design of a twin-shaft shredder considers the cutting shafts, cutting disc geometry, drive system, machine frame, and material feeding arrangement as an integrated system. The configuration is determined according to the properties of the material to be processed and the intended process requirements.

• Cutting shaft assembly: Two parallel rotating shafts and cutting discs responsible for material shredding.
• Drive system: Motors and power transmission components that provide shaft rotation.
• Machine frame: A supporting structure designed to withstand operating and cutting loads.
• Feed hopper: An arrangement that guides material into the cutting chamber.
• Discharge and material handling: An arrangement for transferring shredded material to subsequent processes.

Applications

• Waste tire and rubber recycling
• Plastic and various industrial waste shredding
• Primary shredding in recycling plants
• Waste processing and material preparation

MEKARF Engineering Approach

Machine design is developed by considering the material to be processed, target particle size, feeding conditions, and operating requirements. Cutting geometry, drive system, and machine structure are evaluated for the intended application.

Note: This description outlines the engineering scope of the machine design. Final capacity, motor power, cutting dimensions, and processable material specifications will be determined according to project requirements and design validation.