Sheet Metal Swing Beam Shears
GLDMA Sheet Metal Swing Beam Shears
Simple and solid press brake.
Work area can be customized and all types of tool clamping can be installed.
TAILORED-MADE PRESS BRAKE
Standard Equipment
- ESTUN E21 Controller
- Electrics : Germany Schneider Electric
- Main Motor:Siemens Motor-Germany
- Servo motor：ESTUN
- Foot Switch:KACON-South Korea
- Hydraulic System:Bosch Rexroth-Germany
- Oil Pump :Sunny-USA
- Sealing Ring :PARKER-America
- High efficiency motor – class IE3
- Tube Connector :EMB-Germany
- Backgauge:Hiwin-Taiwan
FEA & Stress Analysis
Stress Analysis & Finite Element Analysis
The CAE software SOLIDWORKS used as the method to analyze the linear static construction, stress and deformation for press break and laser cutting machine frames. So for complicated structures, highly complex loading’s, transient modelling and combination of the above, FEA makes sense.
ESTUN NC Control System
ESTUN E21S Control
- High-definition hydraulic display
- Control common motors and frequency converters
- X-axis intelligent positioning
- Multi-step programming, 40 programs, each program 25 steps
- Built-in time relay function
- One-button function switching
- Unilateral positioning function
- A key backup and restore of parameters
- Chinese and English
- Metric system
Why GLDMA NC Press Brake?
NC Back Gauge System
One of the most important factor for bending capacity is the design of back gauge and stability. Quality cutting is possible with perfect product,stabilty and precision back gauge. The high speed ballscrew back gauge system movement is also supported with linear guides, which helps the back gauge achieve long life, greater sensitivity and strengthens against any collisions.
Optional Equipment
- Front Photoelectric Protection
- Back Photoelectric Protection
- Oil Cooler
- Back Photoelectric Protection
- Electric gap adjustment
Swing Beam Shears
The upper blade penetrates the metal sheet above the lower blade,The cut is made by a pivoting movement of the swing beam. After the cut is made the upper blade moves away from the lower blade.The upper blade moves away from the lower blade after cutting. Upper and lower blade do not rub on each other.The cut is made by a pivoting movement of the swing beam. After the cut is made the upper blade moves away from the lower blade.The blade clearance can be easily adjusted by simply turning the cutting gap eccentric.The upper blade moves away from the lower blade after cutting. Upper and lower blade do not rub on each other.Swing beam cutting requires a ridig shear design. The reasonis the low rake angle, which is fix for any material thickness.
