CAMT optimize energy efficiency while delivering superior performance. By integrating a hybrid servo-electric and hydraulic system, this technology significantly reduces energy consumption, ensuring eco-friendly operations without compromising power. The seamless integration of components enhances system efficiency, providing precise positioning at every stage of the bending process. This innovative solution not only lowers operational costs but also supports sustainable manufacturing with its energy-saving design and reliable, high-precision performance.

QC12Y Swing Beam Type Hydraulic Shears

High Precision.

Effecient Speed

Durable Quality.

Versatile Application.

Estun E21S Digtal Display Simple Control

Taiwan UOSHEN hydraulic system

Ball screw BGA 600 mm

High Precision BGA Control

Automatic precise adjustment of the rear stop position

Unilateral and bidirectional positioning

Retract functions
Automatic reference searching
One-key parameter backup and restor
Fast position indexing
40 programs storage space, each program has 25 steps
Power-off protection
DAC-360T featuring:
7" widescreen TFT Colour LCD display
Back / front gauge control
Panel based housing
Retract function
Cutting angle and gap control

Stroke length limitation

Manual movement of all axes
Force control
Return to Sender function
Program memory for 100 programs
Sheet support system
Sheet thickness measurement system
BGA Accurate & Fast BGA System
CAMT BGA moves with the upper knife holder in an up-and-down swinging motion. The adjustment of the rear gauge is driven by servo motor, which transmits power through gear reduction and a lead screw. When pressing the “+” or “-” adjustment buttons, the gauge plate can be adjusted forward or backward (with digital display of the position dimension). If the motorized adjustment cannot achieve the desired value, the manual adjustment wheel can be rotated for fine-tuning to ensure the required setting. Thus, the rear gauge adjustment is convenient and reliable. When the length of the sheet to be cut exceeds the maximum gauging distance of the rear gauge, the gauge plate can be moved to the rearmost position and lifted to allow cutting of sheets of any length.
WHY CAMT SHEARS
Fast and high accuracy
Reliable movement
Adjustment at any point

Resistance to crash

Maintenance free.

Better and fast cutting

Easy and secure usage
High precision and repeatability
Pneumatic Sheet Support System for Precision Shearing Machine
CAMT pneumatic material support system of the shear machine utilizes air cylinders driven by compressed air to automatically raise and lower the support frame. During shearing, it stabilizes the material to prevent sagging and deformation, ensuring cutting precision. Compared to mechanical or manual supports, it offers advantages such as easy adjustment, rapid response, stable operation, simple maintenance, and energy efficiency. It is particularly suitable for automated cutting of large, heavy, or high-precision sheet metal, significantly improving production efficiency and processing quality.

Shear Distortion Prevention: Principle and Function
The Anti-Twist System of a hydraulic guillotine shear prevents distortion of sheet material during cutting by employing stable clamping and guiding mechanisms. Its working principle involves securely fixing the sheet through clamping devices or guiding structures to restrict horizontal movement. Simultaneously, the system ensures even distribution of cutting forces, minimizing localized stress concentration to prevent deformation in narrow or thin strips. Additionally, the Anti-Twist device collaborates with the hydraulic system to dynamically adjust clamping force based on material thickness and type, maintaining sheet flatness under various cutting conditions.
The Anti-Twist System significantly enhances the processing precision and efficiency of hydraulic guillotine shears. Its key functions include preventing material distortion during narrow or thin sheet cutting, ensuring smooth cutting edges; reducing sheet sliding and deformation to protect delicate surfaces (such as polished stainless steel or pre-painted plates) from scratches; and improving production efficiency by minimizing rework through a stable cutting process. Furthermore, the system expands the machine’s application range, enabling efficient handling of materials requiring high precision or superior surface quality, thus meeting diverse industrial processing needs.
Welded steel plate structure with high rigidity.

Structural components are rust-proofed using sandblasting and coated with anti-rust paint.

BGA is designed with a manual lifting function, facilitating the shearing of extra-long sheets.

Multi-step programming function enables automatic operation and continuous positioning of the back gauge, achieving precise automatic adjustment of the back gauge position.

Shearing technology function displays the shearing count in real-time, with power-off memory for back gauge position, programs, and parameters.

Real-time display of the back gauge position.

Special tools mode

breadcrumbs.
Structural components are rust-proofed using sandblasting and coated with anti-rust paint.
BGA is designed with a manual lifting function, facilitating the shearing of extra-long sheets.
Multi-step programming function enables automatic operation and continuous positioning of the back gauge, achieving precise automatic adjustment of the back gauge position.
Shearing technology function displays the shearing count in real-time, with power-off memory for back gauge position, programs, and parameters.
Real-time display of the back gauge position.
Back gauge employs a ball screw, ensuring high positioning accuracy and enhanced machining precision of the machine.

QC12Y Swing Beam Type Hydraulic Shears