VIDEO
Edge Beveling In manufacturing processes, it often becomes necessary to create a beveled edge on a metal surface as an edge preparation for welding or to provide a cleaner edge to a finished product. For this reason, systems have been specifically developed for high-efficiency edge beveling in the industrial setting.
What is Edge Beveling? Edge beveling provides the ability to cut the plate edge at an angle, rather than leaving it as a flat edge. One of the most effective methods of achieving this is to use plasma cutting technology to cut the bevel. The plasma torch is automatically or manually set to the desired bevel angle for the plate edge, and the cut is made at a specified angle on the edge of the plate, rather than straight through the metal. This is what creates the bevel at the edge of the surface.
1. System Features
The system upgrade adopts the U disk upgrade mode, which is convenient, simple and practical, and provides upgrade service.
Parameter backup and parameter restoration
Supports 4 modes of oxygen gas, plasma, dusting and demonstration
Oxygen gas and plasma IO separate control
Oxygen gas is automatically adjusted, two-stage preheating, three-stage
Plasma arc pressure feedback, positioning feedback, automatic closing of the arc voltage
Support edge cutting, reduce warm-up time for thicker steel plates
According to the thickness of the steel plate, the speed limit can be automatically set at the corner to effectively prevent overburning.
Manually select the starting line or select the perforation point
Dynamic/static processing graphic display, graphic enlargement/reduction, dynamic tracking cutting point in zoomed state
With power-off, breakpoint protection memory function
2. Technical indicators
Number of control axes: 2-axis linkage (customizable three-axis or four-axis)
Control accuracy: ±0.001mm
Coordinate range: ± 99999.99mm
Pulse frequency: 200KHz; running speed: 15m / min
Number of program lines: 80,000 lines
Single program: 4M
Time class resolution: 10ms
System working power: DC +24V DC power input, power is greater than 80W.
System working environment: temperature -10 ° C to +60 ° C; relative humidity 0-95% without condensation
Drive arc voltage increase motor power: 45W (Note: only with T system). If you need high power, you can choose to 200W.
3. System interface
DB15 core male two-axis motor drive interface
DB25 core female 16 optical isolation output, reverse current 300mA
DB25 core male 16 optical isolation input, input current 300mA
The front panel has a built-in USB interface for users to transfer cutting code.
4. Hardware configuration
Display: 10.4 inch 800*600 high resolution 16 million color high brightness LCD screen
Memory: 64M SDRAM
User program space: 256M
Main frequency: 400MHZ system frequency
USB: USB1.1 interface front, at least 16GB USB flash drive
Keyboard: PCB foil keyboard
Chassis: All steel structure shielding, can truly prevent electromagnetic radiation, anti-interference, anti-static
5. Machine features
Full-time cutting: Directly read the machining code generated by CAD/CAM software, without programming, the Cutting Machine
Automatic cutting: automatic ignition, delay, preheating, perforation, radius compensation, breakpoint recovery, continuous retraction;
Efficient cutting: The output is 6-8 times higher than the manual cutting, and 4-6 times higher than the semi-automatic cutting;
High-quality cutting: the positioning accuracy and repeatability of the whole machine reach the standard of JB/T5102-1999.
Cutting quality reaches JB/T10045.3-1999, JB/T10045.4-1999 standard
The surface cut quality is good and generally no further processing is required.
High material utilization cutting: material utilization rate of more than 90%;
