Brief: Need quick answers about practical use? This video highlights the essentials. Watch our demonstration of the Y83Q-6300C Hydraulic Shear Baler, showcasing its powerful 630-ton shearing force and diesel engine operation. See how it efficiently processes scrap metal, radiators, and waste cars into compact bales for easy storage and transport.
Related Product Features:
Delivers a powerful 630-ton shearing force for processing heavy-duty scrap metal.
Equipped with a diesel engine or motor option for versatile power supply needs.
Processes various thin metal materials like scrap steel, iron, and wire rod into rectangular bales.
Features an automatic PLC control system for user-friendly operation and overload protection.
Compact and lightweight design ensures stable movement, low noise, and low energy consumption.
Capable of shearing steel sections up to 5m long and baling materials up to 4mm thick.
Provides a high processing capacity of 15-20 tons per hour for efficient recycling operations.
Designed for cold compaction, making it ideal for metal recycling and smelting industries.
FAQs:
What types of materials can the Y83Q-6300C Hydraulic Shear Baler process?
This machine is designed for cold compaction of various thin metal materials with a thickness of less than 4mm, including scrap steel, scrap iron, steel scrap, wire rod, waste cars, radiators, aluminum, and tin cans.
What is the maximum shearing force and processing capacity of this machine?
The Y83Q-6300C delivers a powerful 630-ton shearing force and has a processing capacity of 15-20 tons per hour, making it highly efficient for industrial scrap metal recycling.
Can the machine be operated automatically, and what power options are available?
Yes, it features an integrated hydraulic and electrical control system with PLC for automatic or manual operation. It can be equipped with either a motor (360kW) or a diesel engine as required.
What are the key benefits of using this scrap metal shear baler?
Key benefits include its compact and lightweight design, stable operation with low noise and energy consumption, user-friendly controls with overload protection, and the ability to produce dense, rectangular bales ideal for storage, transport, and smelting.