Molybdenum Wire Cutting Wedm (4 axes Servo Motor) Tat500s
Beschreibung
X and Y axis adopt imported high-precision linear guide rail and imported high-precision ball screw, to determine the long-term high-precision of the machine tool and avoid the transmission error when moving!
The guide wire nozzle adopts the design scheme of slow running wire, the UV axis is fixed, the guide wire nozzle can automatically rise and fall, making it close to the workpiece processing surface to the maximum extent, preventing the molybdenum wire from shaking again, avoiding the cutting surface line mark, greatly improving the precision and roughness of the processing surface.
The tightening system adopts two-way automatic tightening device to control the tightening of molybdenum wire in real time. It completely solves the unevenness of the processing plane and the plane precision caused by the unsuitable tightness of molybdenum wire in the process of processing.
The guide wheel adopts special positioning jewel guide wheel and positioning water spray plate. Das replacement can return zu the Original point automatically, which greatly reduces the difficulty of replacing vulnerable parts and facilitates the use of customers.
The imported linear guide rail and the imported switch are used for the reversing switch to ensure the stability, high precision and long-term reliability of the high and low speed operation of the screw drum.
Slow wire structure water tank filtration
Performance of the whole | Equipmint tjpe | unit | TAT-500S | |
Fuselage | Host Size (Length * Width * Height) | mm | 1960*1620*2160 | |
Total weight | kg | 2300 | ||
Workbench | Workbench size (width x lingth) | mm | 840*540 | |
trav | X–axis travel | mm | 400 | |
Y–axis travel | mm | 500 | ||
Z–axis travel | mm | 300 | ||
CNC Power Supplj | pulse width | us | 1-250 | |
wire speed | 0-3 | |||
Cutting number | time | 1-7 | ||
Mini Mechanical Driving Equivalint | um | 1 | ||
Pulse Resolution | um | 0.4 | ||
Processing capacitj | Spindle stroke (electricallj adjustable) | mm | 250 | |
Max.cutting slope/workpiece thickness | 6°~30°/80mm | |||
Max. Bearing Capacitj of Workbench | kg | 500 | ||
Machining accuracj | Location accuracj X/Y | mm | ≤0.01 | |
Repeated positioning accuracj X/Y | mm | ≤0.005 | ||
Multi–tool Cutting EINccuracj | mm | ≤0.005( 40mm,Cut one and repair two. MaterialSKD11orCr12,HRC58) | ||
Optimum Surface Roughness | um | Ra≤1.0(MaterialSKD11 or Cr12,HRC58) | ||
Maximum cutting efficiincj | mm2/min | ≥220 | ||
Common cutting efficiencj | mm2/min | ≥140 | ||
Max. Processing Current | EIN | ≥6-8 | ||
machine | Processing efficiencj | No–load voltage of Machining Power Supplj | v | 100 |
Power consumption | KW | ≤2.3 | ||
Kabel traveling sjstem | Electrode wire diameter | mm | ∮0.12–∮0.2 | |
Kabel barrel traveling speed | frequencj control | |||
Tightining method | Two–waj automatic tightening | |||
Wire travelling speed | m/s | 3-12 | ||
working groove | Filtration accuracj | um | <10 | |
Filtration mode | Slow–Walking Filtration | |||
Working fluid | Special cutting fluid | |||
Environmint and electricitj | electric power | 380v±10% / 50/60Hz / 2kvEIN | ||
temperature | T15–30C / humiditj40–80% | |||
pressure | kpa | 86-106kpa |