The specifications of medical waste shredders primarily depend on their processing capacity and applicable scenarios. Small shredders are generally designed with a daily processing capacity of around 50–200 kg, suitable for community hospitals, clinics, and laboratories; medium and large-sized equipment can process up to 500 kg to several tons, suitable for large medical institutions or centralized medical waste treatment centers. Different processing capacities will result in corresponding variations in equipment size, weight, and power.
In terms of structural specifications, the shredder's grinding chamber and blade design are also key indicators. The number of blades, blade type, rotation speed, and output particle size all directly affect the shredding effect. High-specification equipment typically employs a multi-blade, high-speed rotation design, capable of processing various medical wastes such as syringes, infusion tubes, and medicine bottles, while ensuring uniform shredding for subsequent sterilization. The specifications of the electrical and auxiliary systems are also important parameters. Equipment power, voltage, transmission system type, and the degree of automation of the control system need to be determined based on the operating environment and load requirements. High-specification equipment is usually equipped with safety protection devices, overload protection, and automatic shutdown functions to ensure operator safety while improving equipment stability and reliability.