CNC press brake, WC67K-160T/3200, TMA Machine
Available on back-order
Repair, replacement of parts, 24/7 technical support
Verification in real production conditions
Setting up and checking the functionality of the equipment
Training operators to work with the equipment and providing practical demonstrations of its functionality.
The WC67K-160T/3200 is a powerful servo-driven CNC press brake from TMA Machine, designed for handling complex production tasks. Equipped with advanced servo-drive technology, this press delivers exceptional precision, high productivity, and minimal energy consumption. The absence of hydraulics makes this model environmentally friendly and significantly reduces maintenance costs.
This press is specifically designed to process metal sheets up to 3200 mm in length, ensuring high stability and reliable results. The intelligent CNC controller automates processes, enhancing operational efficiency.
Advantages:
- High power: A nominal force of 160 tons enables working with large sheets of various thicknesses.
- Bending precision: A throat depth of 400 mm and a cylinder stroke of 200 mm ensure excellent control.
- High-speed operation: Rapid approach speed of 150 mm/s and bending speed of 10 mm/s optimize workflow.
- Energy efficiency: The servo-drive system significantly reduces energy consumption.
- Durable construction: Designed for long-term use even in demanding production environments.
Features:
- Maximum bending length of 3200 mm, ideal for processing large-format metal sheets.
- Intelligent crowning compensation system: Ensures uniform bending across the entire sheet length.
- Precise back gauge: Allows for repeatable operations with an adjustment accuracy of up to 0.1 mm.
- Minimal noise levels: Quiet operation thanks to high-precision servo motors.
- Enhanced productivity: Return speed of 135 mm/s reduces cycle time.
Contact us for a consultation on selecting and operating the machine. Request a free demonstration of the WC67K-160T/3200. Learn more about our products and their benefits.
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