Precision Backgauge Systems: Engineered for High-Mix, Zero-Defect Sheet Metal Bending

Elevate your press brake performance with dynamic 2-axis to 6-axis CNC backgauge configurations. Achieving speeds up to 1000 mm/s and positioning accuracy within ±0.03 mm, our BGA solutions eliminate trial-and-error setups for maximum shop-floor throughput.

Press Brake 2-Axis CNC BackGauge with X, R-Axis

CAMT 4 AXIS PRESS BRAKE MACHINE

High-Precision Drive Architecture: Fitted with precision-ground ball screws and heavy-duty linear guides on both X and R axes, ensuring zero-backlash motion and maximum long-term positioning stability.

Rapid Axis Positioning: Reaches X-axis speeds of up to 300 mm/s, significantly shortening cycle times and improving productivity on standard bending jobs.

Exceptional Repeatability: Delivers ±0.03 mm high-precision positioning accuracy for consistent, high-yield bending quality with virtually zero scrap.

Ergonomic & Flexible Stop Fingers: Features smooth-sliding CHTR linear-guided manual fingers, equipped with double-stop capability and micrometric fine-adjustment for effortless, tool-free setup changes.

Press Brake 4-Axis CNC BackGauge with X, R, Z1, Z2-Axis

CAMT 6 AXIS PRESS BRAKE MACHINE

Eliminate manual setup times. Powered by high-torque AC servo motors, the Z1 and Z2 axes move automatically to adapt instantly to multi-stage bending and asymmetrical workpieces—maximizing your throughput on custom or short-run jobs.

Ultra-Fast Cycle Times to Boost Daily Output

Keep your production line moving at peak efficiency:
X-Axis Positioning: Up to 300 mm/s
Z1/Z2 Lateral Positioning: Up to 600 mm/s

Result: Significantly reduced cycle times per bend, allowing you to deliver more finished parts per shift.

Micron-Level Precision You Can Rely On

Built with heavy-duty ball screws and premium linear guides across the X and R axes, achieving a repeat positioning accuracy of ±0.03 mm (±0.0012″). Say goodbye to costly material scrap and rework.

Flexible & Fine-Tuned Material Gauge Stops

Equipped with multi-functional gauge fingers featuring double-stop designs and micrometric manual micro-adjustments. Perfect for handling narrow flanges, complex shapes, or compensating for small material tolerances with speed and precision.

Press Brake 6-Axis CNC BackGauge with X1, X2, R1, R2, Z1, Z2-Axis

CAMT 8 AXIS PRESS BRAKE MACHINE

Driven by an advanced 6-axis dynamic backgauge system (X1, X2, R1, R2, Z1, Z2), the CAMT 8-Axis CNC Press Brake is engineered for high-precision fabricators tackling complex, asymmetric, and multi-stage bending sequences. Each axis operates independently under full AC servo control, eliminating tedious manual setup and allowing intricate offset folds or angled flanges to be processed seamlessly in a single continuous cycle.

Equipped with heavy-duty ball screws and precision linear guides, the backgauge system maintains a strict positioning accuracy of ±0.03 mm (±0.0012″), guaranteeing flawless consistency across long production runs. Efficiency is further amplified by exceptional dynamics: the X1 and X2 axes achieve rapid repositioning speeds up to 600 mm/s, the R1 and R2 vertical axes reach 500 mm/s, while the automatic Z1 and Z2 lateral axes move at a blazing 1000 mm/s. Integrated backgauge fingers feature double-stop configurations alongside micrometric adjustments, empowering operators to fine-tune narrow returns or challenging parts with minimal scrap and zero downtime.

FAQs When Purchase BackGauge System Selection For Press Brake

How does the machine handle deflection on full-length bending, and what crowning system is integrated?

We use a high-rigidity O-frame/SANS-analyzed frame structure with high-tensile steel plates to minimize throat deflection. For precise angle consistency across long sheets, CAMT integrates a CNC-controlled mechanical wedge crowning system (or hydraulic crowning system upon request). The Delem/ESA CNC controller automatically calculates and adjusts the compensation value for each bend based on plate thickness, length, and tensile strength, preventing the “canoe effect” (over-bending at ends, under-bending in the middle).

Which CNC controller brands do you support, and can it import 3D CAD files directly for automatic bending sequence generation?

CAMT press brakes are natively powered by industry-standard controllers such as Delem (DA-66T/DA-69T) or ESA (S660W). These controllers support offline 3D programming software (such as Profile-T, Delem3D, or AutoPOL). Your engineering team can directly import STEP, IGES, or DXF files; the system automatically detects potential tool collisions, calculates flat pattern length, and optimizes the 6-axis backgauge position sequence within seconds.

What tooling style is compatible with your clamping system, and how long does a complete setup change take?

Our machines come standard with European/Promecam quick-clamping upper tool holders, allowing vertical tool loading and unloading. We also offer optional WILA or Hydraulic/Pneumatic clamping systems for heavy-duty setups. With our standard quick-clamp mechanism, changing a full-length upper tool setup takes under 3 minutes per station, reducing non-productive downtime by up to 70% compared to traditional bolt-on clamping systems.

Can this machine perform tapered/angled bending, such as light poles or hopper pans, without damaging the backgauge?

Yes. Thanks to the independent X1-X2 and R1-R2 axes on our 6-axis backgauge, the gauge fingers can skew horizontally and vertically at opposing angles. Combined with swivel-finger top stops, the system securely supports angled and tapered workpieces without side-load strain on the linear guides or ball screws during the stroke.

What hydraulic architecture do you use, and how does it prevent oil overheating during continuous 2-shift operations?

We integrate high-precision German Rexroth or Hoerbiger proportional valve groups driven by main energy-saving servo motor pumps (e.g., eDrive/hybrid systems). The servo pump only operates when the ram moves, reducing oil temperature buildup by 40-50% compared to traditional constant-speed motor pumps. For hot ambient regions (e.g., Middle East or Southern US), an independent air/water oil cooler is pre-installed to maintain fluid temperature below 50°C.

What safety light curtain or laser guarding system is fitted to comply with local safety standards like CE or OSHA?

For European and North American exports, CAMT press brakes are equipped with DSP, Lazersafe, or Fiessler optical laser guarding systems around the upper tool tip. These systems feature automatic mute-point management, allowing high-speed approach down to 2 mm above the sheet before shifting to bending speed. This ensures 100% OSHA and CE Category 4 safety compliance without reducing operator productivity.

When bending large, thin sheet metal, how do you prevent back-bending or worker injury caused by panel whipping?

We offer optional CNC-synchronized Sheet Follower Arms (Front Support Followers) driven by independent AC servo motors. The support arms mirror the exact angular velocity of the bending stroke in real-time, smoothly supporting heavy or flexible panels during the upward bend. This eliminates panel deformation caused by reverse bending and allows a single operator to handle large sheets that previously required two workers.

Are the electrical components locally serviceable, and can the machine adapt to 208V/230V/480V 3-phase power grids?

All electrical cabinets are built with globally available, top-tier components including Schneider Electric, Siemens, and Omron, ensuring easy local off-the-shelf replacement. Furthermore, we customize the internal main transformer and servo drives based on your local power grid specifications (e.g., 208V/230V/460V 60Hz for US, 400V 50Hz for Europe) to ensure seamless plug-and-play installation upon arrival.

How does the machine handle batch springback variations caused by different steel heat numbers or grain directions?

We can integrate an automatic real-time Laser Angle Measurement System (e.g., Data M or Delem Alfa). The laser sensors measure the actual bending angle in real-time during the downward stroke, feed the data back to the CNC controller within milliseconds, and automatically perform secondary pressure compensation on the fly to correct material springback before the ram retracts.

If a software fault or motion axis alarm occurs, how do you provide rapid technical support overseas?

CAMT press brakes are built with an integrated IoT gateway module. With your permission, our engineers can remotely connect to your Delem or ESA controller via encrypted VNC/Wi-Fi to diagnose PLC parameters, check servo drive fault codes, update software, and resolve 90% of operational errors in real-time without waiting for an on-site technician visit.

Have more questions, or need a customized BackGauge System Selection solution?
Contact our team for detailed advice, technical support, or a tailored quotation. We’re ready to help you find the right configuration for your production needs.

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