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3 Axis numerial Control
Mirror Processing
High Efficiency
Low Loss
EB650N
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Quantity: | |
Specifications | EB650 |
Table dimension(mm) | 900x500 |
XY axis stroke (mm) | 600x400 |
Z axis stroke(mm) | 350 |
Max. distance from worktable to electrode (mm) | 800 |
Min.distance from worktable to electrode (mm) | 450 |
Max. weight of electrode(kg) | 50 |
Max. weight of workpiece (kg) | 2000 |
Work tank inner dimension(mm) | 1600x980x540 |
Fluid tank capacity(L) | 1100 |
Distance from worktable to Max. fluid level(mm) | 450 |
Machine dimension(mm) | 2450x2900x2600 |
Machine weight (kg) | 3500 |
Power supply capacity(KVA) | 11 |
Input voltage(V) | 380 |
Max. machining current(A) | 50A |
Best surface roughness | Ra≤0.1μm(<500mm²) |
Max machining speed | 400mm²/min |
Min. electrode wear ratio | <0.1% |
Weight of controller (kg) | 500 |
Controller dimension(mm) | 1390x540x1830 |
Z axis resolution | 0.001mm |
Display Method | 15'TFT-LCD |
Min. drive unit | 0.001mm |
Memory and communication method | USB and LAN |
1. Adopting the bullhead structure, high-precision processing is achieved and the worktable significantly enhances the load-bearing capacity.
2. The discharge circuit has excellent performance, with high efficiency, low loss and uniform and fine surface finish.
3. The X.Y.Z axes adopt precise linear guides and ball screws. Each axis is precisely laser-corrected and compensated to ensure the machining accuracy of the machine tool.
4. Using AC servo motors for direct transmission, it has no noise, no clearance, and stable and reliable transmission.
Specialized circuit for graphite processing, no carbon accumulation during processing, and rapid and stable mirror surface processing.
5. It has multiple measurement modes such as end face positioning, angle positioning, center positioning of the column, and center positioning of the hole, as well as various combination rocking modes such as free rocking, quadrant rocking, and three-dimensional rocking.
6. It has three-axis six-direction discharge function, increasing the flexibility of processing.