Technical Parameters
Travel of X and Y Axes: 800x1200 mm;
Maximum cutting thickness/ Maximum height of the part: 700 mm;
Maximum Work piece weight: 1000 kg;
Wire diameter: Standard 0.18 mm mm;
Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm;
Work Table Size (LxWxH): 985x1580 mm;
Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm.
One-time wire cutting, Ra: less than 2.3 um;
Two-time wire cutting at same position, Ra: less than 1.6um;
Three-time wire cutting at same position, Ra: less than 1.0 um. " .
Machining precision/Processing precision: "0.01.
Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm;
Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm;
No. of axes: 4 axes (X,Y,U,V)
Maximum cutting speed: 160 square mm/min;
Numerical Control System: X8 ;
Motor power: 2.5 KW;
Maximum processing current: 7 A;
Maximum power consumption: less than 1 KVA;
Minimum feed increment: 0.001 mm;
Adjustable range of pulse width: 15-150 �¼s;
Approx. Machine size (LxWxH): 2600x2400x1800 mm;
Approx. Machine weight: 4500 kg;
Approx. Machine control cabinet size: 670x630x1800 mm;
Approx. Machine control cabinet weight: 200 kg;
Operating system/CNC system/Software drawing system: X8 system is a total integrated system that includes CNC system, Operating system and Software drawing system. ;
Menu language: Chinese and English ;
The units of measurement does the system use: Metric ;
Data port: USB port, RS 232C port, Ethernet port ;
Operating room temperature: Normally is 5-40 , we suggest 10-20 â??. ;
Technical Parameters : Travel of X and Y Axes: 500x630 mm; Maximum cutting thickness/ Maximum height of the part: 600 mm; Maximum Work piece weight: 700 kg; Wire diameter: Standard 0.18 mm; Optional: 0.12-0.2 mm; Cutting Taper: 6 degrees (Plus and Minus 3 degrees)/ 80 mm Degree/mm; Work Table Size (LxWxH): 600x860x600 mm; Surface Roughness(Ra): "Cutting Condition: Straight line cutting and Height less than 40mm. One-time wire cutting, Ra: less than 2.3 um; Two-time wire cutting at same position, Ra: less than 1.6um; Three-time wire cutting at same position, Ra: less than 1.0 um. " . Machining precision/Processing precision: "0.01. Multi time wire cuttings: Material=Cr12 and Height=40mm. Precision less than 0.006mm" mm; Positioning accuracy of X/Y axis: 0.03 (plus or minus 0.015) mm; No. of axes: 4 axes (X,Y,U,V) Maximum cutting speed: 150 square mm/min; Numerical Control System: X8 ; Motor power: 2.5 KW; Maximum processing current: 7 A; Maximum power consumption: less than 1 KVA; Minimum feed increment: 0.001 mm; Adjustable range of pulse width: 15-150; Approx. Machine size (LxWxH): 2000x1950x1750 mm; Approx. Machine weight: 2540 kg; Approx. Machine control cabinet size: 700x670x1100 mm; Approx. Machine control cabinet weight: 80 kg; Operating system/CNC system/Software drawing system: X8 system is a total integrated system that includes CNC system, Operating system and Software drawing system. ; Menu language: Chinese and English ; The units of measurement does the system use: Metric ; Data port: USB port, RS 232C port, Ethernet port ; Operating room temperature: Normally is 5-40 , we suggest 10-20 ;
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At A.S Engineers & Fabricators, we utilize cutting-edge laser and CNC (Computer Numerical Control) machines to deliver precision engineering solutions for a wide range of applications. Our laser machines offer high-speed, high-precision cutting and engraving capabilities, allowing us to work with various materials, including metals, plastics, and composites. With laser technology, we can create intricate designs, precise cuts, and detailed engravings to meet the most demanding requirements. In addition to laser technology, our CNC machines provide advanced machining capabilities for turning, milling, drilling, and more. These automated machines ensure consistent and accurate production of complex parts and components, with fast turnaround times and minimal waste. Precision Laser and CNC machines offer high levels of precision, allowing for accurate cutting, engraving, and machining of intricate designs and complex shapes. Repeatability The automated nature of laser and CNC machining ensures consistent results, with the ability to replicate parts accurately across large production runs Versatility These machines can work with a wide range of materials, including metals, plastics, wood, and composites, making them versatile for various industries and applications Complexity These machines can create complex geometries and intricate patterns that would be difficult or impossible to achieve with traditional machining methods Speed Laser and CNC machines can produce parts and components quickly and efficiently, reducing production time and increasing productivity. Minimal Waste Laser and CNC machining produce minimal waste compared to traditional methods, as they optimize material usage and reduce the need for manual finishing