CAMT Popular Model CNC Press Brake with Techmation Taiwan SCS700
Available Capacities:
– Tonnage options: 110 tons, 135 tons, and 160 tons
– Bending lengths: From 2.5 meters up to 3.2 meters
Inquire today for pricing on our advanced **Pro 4-Axis CNC Press Brake.
Key Advantages:
– Exceptional price-to-performance ratio
– Equipped with the state-of-the-art, user-friendly Taiwan Techmation SCS700 2D Multi-Touch CNC Controller
– Delivers superior part accuracy and repeatability for demanding applications
Contact us for detailed specifications, quotations, and customized solutions tailored to your fabrication needs.
Description
Nothing makes me happier than seeing a customer smile from ear to ear after seeing how accurate their forming process will now be with the addition of their ACCURL CNC Press Brake. Congratulations to our newest family member, who is located In Nebraska.
Their GeniusPro 4-Axis Press brake is rated at 160 tons and is equipped with a CNC programmable DA58T control, ECO energy saving drive, CNC crowning, DSP laser safety, sectionalized upper/lower tooling with quick clamps, and many other incredible features which are included standard on our GeniusPro model!
You cannot pursue today’s work with yesterday’s machine. Contact us now to learn how to get ahead of the industr
STANDARD EQUIPMENT
Advanced CAMT 4+1 Axis CNC Press Brake – Technical Highlights
제어 시스템
– State-of-the-art Taiwan Techmation SCS700 CNC Controller featuring intuitive 2D graphical interface and multi-touch operation for enhanced programming efficiency and operator convenience.
Precision Axis Control
– Independent Y1 and Y2 axes driven by high-precision Bosch-Rexroth proportional hydraulic valves, ensuring superior synchronization and bending accuracy.
– Standard backgauge: BGA-2 configuration with CNC-controlled X-axis (600 mm travel) and R-axis (200 mm travel), plus manual Z1 and Z2 axes (motorized CNC Z1/Z2 optional).
Crowning System
– Multi-directional CNC motorized wedge crowning for automatic, precise compensation across the full bending length, delivering consistent angle accuracy even with varying material properties and lengths.
Hydraulic and Drive System
– Premium integrated hydraulic circuit featuring TOP-brand valve block, pump, and proportional valves.
– High-efficiency main servo motor in an all-in-one compact design.
– Hybrid Servo ECO drive technology for significant energy savings and reduced operating costs without compromising performance.
Safety and Ergonomics
– Full rear enclosure with Category IV safety light barriers.
– Sliding front sheet supports for improved material handling.
– Integrated LED front and rear illumination for optimal visibility in the working area.
This configuration combines cutting-edge control technology, precision engineering, and energy-efficient operation to meet the demands of modern high-volume sheet metal fabrication. Contact us for complete specifications and customization options.
Technical Specification
- Model：HM-110T/3200-SCS700-4+1 Axis
- Nominal Force: 1100KN
- Workable Length: 3200mm
- Colomn Distance: 2700mm
- Throat Depth: 400mm
- Cylinder Stroke: 200mm
- Open Height: 490mm
- Die Setting Height: 585mm
- Mian Servo Motor: 12.4KW
- Oil Tank: 350L
- Fast Down Speed: 220mm/s
- Working Speed: 0-15mm/s
- Return Speed: 140mm/s
- Dimension: 3700*1780*2550mm
- Weight: Around 8000KG
BGA Series BACK GAUGE FOR CNC PRESS BRAKE
1. Linux operating system which is safe, efficient and stable.
2. Standard IEC61131-3 PLC program, external IO, AD and DA expansion.
3. High speed SA-bus communication and CAN communication bus, ensuring control accuracy.
4. Specialized motion control card used in Y-axis with two-axis synchronization, high synchronization accuracy, fast response, stable speed, positioning and repetition accuracy reaches 0.005mm.
5. Standard six axis (Y1, Y2, X1, R1, Z1, Z2) , which can be expanded according to the models.
6. Smart setting of parameters, guiding quick and accurate commissioning.
7. A 12/15 inch industrial capacitive screen, which is more friendly and responsive.
8. Optional wattmeter, with digital communication and real-time energy consumption statistics.
9. Optional function of networking, Industry 4.0, remote diagnosis, remote monitoring and technical support.
FAQ
What is a CNC Press Brake?
A CNC Press Brake is a sheet metal bending machine controlled by a computer numerical control (CNC) system. It primarily uses a hydraulic or servo system to drive the upper die (ram) downward, pressing the metal sheet into the lower die (V-groove) to form the desired angle and shape. It is widely used in the sheet metal fabrication industry, such as for electrical cabinets, elevators, kitchenware, and other metal forming applications.
What is the working principle of a CNC Press Brake?
The CNC Press Brake employs hydraulic transmission or servo motor drive to move the ram up and down. Combined with grating scales and the CNC system, it forms a closed-loop control to achieve precise control of ram depth, back gauge position, and bending angle. During operation, parameters such as sheet thickness, material type, and bending angle are inputted. The system automatically calculates the required pressure and stroke, ensuring high bending accuracy and consistency.
How to select the lower die V-opening for a press brake?
Generally, select a V-opening that is approximately 8 times the sheet thickness. For example, when bending a 4mm thick sheet, a V-opening of about 32mm is recommended. This helps prevent sheet cracking or inaccurate bending angles. For harder materials or thicker sheets, the opening width can be adjusted accordingly, and test bends should be performed.
What to do if the bending angle on a CNC Press Brake is inaccurate?
Common causes include material springback, die wear, changes in the bottom dead center, loose grating scales, or proportional valve deviation. Solutions: Check for deviation in the crowning cylinder or loose quick clamps; adjust the system’s angle compensation function; replace worn dies or recalibrate the grating scales; for different materials, compensate for springback by over-bending (slightly bending beyond the target angle).
What are the daily maintenance precautions for a CNC Press Brake?
Regularly check the hydraulic oil quality and level, and replace filters; clean the guide rails and dies to prevent debris buildup; inspect grating scales and electrical connections for looseness; test the stroke before daily startup, ensuring sufficient clearance (at least sheet thickness) when the upper die descends; lower the ram to the bottom dead center when shutting down. Never perform maintenance while the machine is powered on, and strictly follow operating procedures to extend equipment lifespan.