HSG Press Brakes are engineered for accurate, repeatable bending across a wide range of materials and thicknesses. Built with high-performance hydraulic and servo-electric technology, intuitive controls, and automation-ready options, these machines deliver consistent results for both job shops and large-scale manufacturers.
Designed for speed, control, and flexibility, HSG Press Brakes combine robust frame construction with advanced bending intelligence. From small-batch jobs to high-volume runs, these machines offer the power and precision needed for tight-tolerance forming, with integration capabilities for smart factory environments.
Advanced CNC Control System
Automatic Compensation Mechanism
Robust Structural Design
Automation-Ready Configurations
Enhanced Precision and Consistency
Increased Productivity
Reduced Operational Costs
Versatility Across Applications
Smart Manufacturing Integration
Specification | Metric | Imperial |
Bending Force | 1100KN (HC-1103) 2500KN (HC-2504) 4000KN (HC-4006) 800KN (HC-8025) | 124 ton (HC-1103) 281 ton (HC-2504) 450 ton (HC-4006) 90 ton (HC-8025) |
Controlled Axis | 4 + 1; can customize to 6 + 1 or 8 + 1 | |
Throat Depth | 400mm | |
Rapid Descent Speed | 200mm/sec (HC-1103) 150mm/sec (HC-2504) 90mm/sec (HC-4006) 180mm/s (HC-8025) | 7.87in/sec (HC-1103) 5.91in/sec (HC-2504) 3.54in/sec (HC-4006) 7.09in/sec (HC-8025) |
Return Speed | 150mm/sec (HC-1103) 120mm/sec (HC-2504) 70mm/sec (HC-4006) 140mm/sec (HC-8025) | 5.91in/sec (HC-1103) 4.72in/sec (HC-2504) 2.76in/sec (HC-4006) 5.51in/sec (HC-8025) |
Fuel Tank Capacity | 200L (HC-1103) 400L (HC-2504) 600L (HC-4006) 250L (HC-8025) | 52.83gal (HC-1103) 105.67gal (HC-2504) 158.4gal (HC-4006) 66.04gal (HC-8025) |
Whole Equipment Weight | 8000kg (HC-1103) 16000kg (HC-2504) 28000kg (HC-4006) 7000kg (HC-8025) | 17637lbs (HC-1103) 35274lbs (HC-2504) 61729lbs (HC-4006) 15432lbs (HC-8025) |
Core Attribute | Electro-Hydraulic Precision: Powered by an energy-efficient servo system for accurate and repeatable bending operations Smart CNC Control: Equipped with high-speed back gauges and automatic crowning to ensure consistent results across various materials Built for the Long Haul: Rugged construction paired with intelligent automation makes it a perfect fit for advanced fabrication environments Seamless Line Integration: Designed to smoothly integrate into smart production lines for increased productivity and workflow efficiency | |
A: HSG press brakes are designed to bend mild steel, stainless steel, aluminum, copper, and other metal alloys, with a variety of tooling options to match different material types and thicknesses.
A: HSG offers press brakes in a range of capacities — from 40 tons to 600+ tons and bending lengths from 1.2 meters up to 6 meters, depending on the model. Custom sizes are also available for special applications.
A: Yes — HSG press brakes use advanced CT12/Delem or similar CNC controllers, offering multi-axis control, graphical programming, and 3D simulation to simplify setup and improve part accuracy.
A: HSG press brakes deliver high-precision bending thanks to:
Accuracy is typically within ±0.3 mm, depending on tooling and setup.
A: Yes — most HSG press brakes support standard European or American-style tooling, depending on the machine configuration. Adapters are available for custom or legacy tools.
A: Absolutely. Machines are equipped with emergency stop functions to ensure operator safety. Some models also support category 4 compliant safety packages.
A: Yes — the touchscreen CNC interface is user-friendly and includes graphical part programming, auto-sequencing, and tool setup assistance. Most operators can be trained in 1–2 days.
A: HSG offers full installation, training, and after-sales support through its North American network. Remote diagnostics and on-site service are available.
A: Regular maintenance ensures peak performance and long machine life. HSG press brakes typically require:
The machine’s CNC interface also provides maintenance alerts and logs to help schedule service proactively.
A: HSG press brakes are used across industries such as:
They are ideal for both low-volume prototyping and high-volume production environments.
