HSSR Robotic Bending Cell Series
Overview: Advanced robotic bending solution
- Capacity: 63-600 tons
- Runs 24/7 with zero labor risk
- Auto loading/unloading, fully customizable
- Precise, efficient sheet metal output
HSSR
Robotic Automation
HSSR CNC Press Brake enhances efficiency with robotic arms.
- Fully automated sheet loading, positioning, unloading
- Reduces human error, manual input
- Speeds up production process
Precision and Consistency
Robotics in the Hydraulic Press Brake deliver unmatched accuracy.
- Consistent, repeatable bending precision
- Robotic arms position materials flawlessly
- Ideal for tight-tolerance industries
Enhanced Efficiency
Automation in CNC Hydraulic Press Brake boosts Sheet Metal Processing Equipment performance.
- Cuts cycle times, lifts productivity in Metal Processing
- Robotic system runs tirelessly
- Boosts annual output significantly
Cost-Effectiveness
Robotic bending cells offer lasting value.
- Higher upfront cost, lower labor expenses
- Boosts productivity, cuts material waste
- Cost-effective solution over time
Safety
Automation boosts Sheet Metal Processing workplace safety in bending tasks.
- Reduces manual handling of heavy metals
- Robots work in hazardous conditions safely
- Minimizes risks from press brake operations
Flip Frame
Overview: HSSR’s robot features a Steel Structure for Thick Plate Bending.
- Carbon steel with plastic coating resists wear, corrosion
- Durable build for tough industrial use
- Front suction cup and back grip ensure secure flipping
Upper Clamp
Quick & Secure Tooling
- Manual Quick Clamps (Standard)
- Optional WILA Hydraulic/Pneumatic Clamps (Premium)
- Rapid Tool Changes
- Enhanced Efficiency
Ball Screw & Guide
Smooth, Reliable Motion
- High-Precision Ball Screws
- Durable Linear Guides
- Trusted Japanese & Taiwanese Brands
- Stable Motion Control
User-Friendly Interface
Overview: System offers an intuitive control setup.
- Simplifies programming and operation
- Accessible to users with minimal expertise
Includes training for advanced robot bending use
