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デジタルトランスフォーメーション
グリーントランスフォーメーション
TAIWAN 3AXLE TECHNOLOGY CO., LTD
製品の説明 :
. Processing size: 1300*900mm.
. Metal cutting configuration with Raycus fiber laser, laser wattage 1000W
. Non-metal cutting configuration 320W Co2 laser tube + professional thick plate cutting head
. Professional cutting system, "one-key switch button" on the machine, can easily switch between metal cutting function and non-metal cutting function.
. This equipment is specially designed for cutting a variety of materials, whether metallic or non-metallic.
. We combine the top-standard Co2 non-metal laser cutting machine configuration with the most popular fiber laser cutting configuration currently used in one machine
. Metal cutting head, 10mm focus Z axis direction adjustment, wide cutting range; excellent and stable beam quality, perfect water-cooled structure, advanced dustproof design, effectively avoid dust intrusion.
. Co2 non-metallic laser cutting performance can perform acrylic cutting with a thickness of 30mm. Because the laser head of this model is specially designed, it shows a bright clean surface without ripples after the acrylic cutting of thick plates.
. Optical fiber laser metal cutting performance Stainless steel can be perfectly cut to 3mm without post-processing. For carbon steel, it can also be cut to a degree of 6~8mm. It is the same grade for professional cutting applications.
HO CHEN MACHINERY & ELECTRIC IND. CO., LTD.
製品の説明 :
XYZ axes travel: 500x400x185mm (20"x16"x7") inch
U axis travel: 300mm (12") inch
Z axis single travel: 400 mm (16") inch
Work table: 800x450 mm (31"x18") inch
Max. Workpiece: 1250x650x390 mm (49"x26"x15") inch
Max. Workpiece weight: 1400 kg
Max. Electrode weight: 185 kg
Machine net weight: 2100 kg
Oil level: 110-360 mm (4"-14") inch
Packing Size(LxWxH)：2340x2320x2500 mm (92"x91"x98") inch
Work Table to platen:
1. Z axis single travel: 230-630 mm (9"x25") inch
2. UZ axis: 230-715 mm (9"x28") inch
Filter： 1
Paper filter：2
Capacity：550 Liters
Machine Features
> Windows CE controller
> A dialog window with picture description.
> Special repaired frames to quicken the maintenance speed.
> Close-loop design of digital feedback on three axes of the machine significantly increases positioning precision and ORBIT-CUT machining accuracy and efficiency.
> Simple operation interface.
> Common function keys are located on the operational panel for direct use.
> Hot key setting.
> ATC (automatic tool change) and C-axis 360° index can be installed; the process of coarse machining to ultra-fine machining can be completed at one time.
> Dialogue diagram provides various hole-expanding modes such as quick search of edge, centers and datum marks.
> Rich color graphic (the same resolution as a PC screen).
> Automatic multi-step machining (coarse, medium coarse, medium fine, fine, superfine)—up to 10 steps.
> Unlimited number of machining conditions can be saved as machining archives. Each set of machining conditions can be edited, modified or stored. They are easy to edit and easy to find.
> Automatic origin search and multi-point coordinate memory capability.
> 1/2 design capability, ARC automatic discharge waveform detection and automatic adjustment.
> Automatic center position detection, automatic compensation, search of hole center and deepest point; fixed hole machining (cyclic mode, independent mode), which is suitable for different machining conditions; Radial, circular, square, linear (vector), coning, 45° hole-expanding machining.
> Three-axis beeline, two-axis arc, three-axis helix.
> Chinese/English versions interface, metric/British system switch and Z-axis quick up, quick down, slow up and slow down capability.
> Lateral machining, three axes, six directions (plane rotation).
> All alarms describe the source, date and exact time of problem occurrence.
> Optical scale is applied for close-loop position control, enabling extreme position for machining.
> Automatic editing—settings can be done according to type of material, work piece size, machining depth, one side die clearance, final current and rate of electrode wear.
> CNC models possess conventional capability of consistent level of energy discharge, achieving stable and rapid machining and smooth high quality on machining surface while the rate of electrode wear is still low.
> Monitor page indicates machining path and orbital pattern in use.
