CNC Electrical Discharge Micro-Hole Machine
HS600
Six-axis CNC
Five-axis linkage
Part Error Compensation
Retail Price
Market price
Supplier:
Beijing
China
Weight
Stock surplus
隐藏域元素占位
- Product Description
- Product specifications and models
-
- Brand: DM
- Commodity name: CNC Electrical Discharge Micro-Hole Machine
- 型号: HS600
- 特点01: Six-axis CNC
- 特点02: Five-axis linkage
- 特点03: Part Error Compensation
- 供应商: Beijing
- 地址: China
● Six-axis CNC with five-axis simultaneous control, optionally equipped with a seven-axis five-axis linkage system, enabling micro-EDM machining in multiple postures.
● Penetration detection function (optional)
Equipped with penetration detection functionality, the system automatically detects and halts processing when penetration occurs during machining.
● Part Error Compensation (Optional):
Optional parts error compensation software allows users to leverage the software to correct the errors of each individual part, integrating these corrections directly into the hole-machining program—enabling highly precise machining of the components.
● Data stream sharing feature (optional):
Through data stream sharing technology, measurement programs and measurement data from small-hole machines and forming machines can be shared, enabling a single machine's measurements to be used across multiple machines, thereby enhancing both the precision and consistency of machining processes.
● Six-point positioning measurement function (optional):
The positional deviation of the workpiece relative to the machine tool (quick-change fixture), obtained through six-point detection.
● Adaptive measurement function (optional):
Adaptive measurement technology measures the height errors at each hole position on the workpiece’s surface and performs intelligent compensation calculations, then incorporates the results into the machining program. -
Workbench dimensions (length × width)
Workbench dimensions (length × width) 900 × 500
X 、 Y 、 Z Axial stroke
X Itinerary 600
Cavity dimensions of the working fluid tank (length × width × height)
And Itinerary 400
Distance from the maximum liquid level in the working tank to the workbench surface
Z Itinerary 350
Maximum distance from the electrode mounting plate to the workbench surface
U ( C ) /V(B) Axis Travel (Integrated Turntable) 360 / -110 to 110
Working fluid tank volume
W Axial stroke 400
Maximum electrode weight
X/Y/Z/W Axial positioning accuracy 0.01 / 0.008 / 0.008 / 0.022
Maximum workpiece weight
X/Y/Z/W Axial Repeat Positioning Accuracy 0.006 / 0.005 / 0.005 / 0.012
X/Y/Z Two-way positioning accuracy for the entire journey
U/V Axial positioning accuracy 20/30
X/Y/Z Two-way repeat positioning accuracy for the entire journey
U/V Axial Repeat Positioning Accuracy 15/20
Machine tool weight
Maximum Workpiece Weight on the Workbench 500
Machine tool overall dimensions
Maximum load capacity of the turntable 25
Total input power
Rotating table workbench diameter 250
Input power
Total input power 12.5
Maximum Processing Current
Input power 380 Domestic )
Best Surface Roughness
Maximum Processing Current 50
Minimal electrode wear
Machinable Hole Diameter Range φ 0.3 ~φ 3.0
Maximum processing speed
X/Y/Z/W Axial resolution 0.001
Interpolation (spatial motion) method
U/V Axial resolution 0.001
Precision compensation term
Linked axis count Six-axis five-axis linkage
Minimum driving unit
Processing medium Deionized water
Display method
Remelting layer ≤ 0.02 mm
Hand control box
Best Surface Roughness Ra ≤ 1.6 μ m
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Product specifications and models
Workbench dimensions (length × width) | Workbench dimensions (length × width) 900 × 500 |
X 、 Y 、 Z Axial stroke | X Itinerary 600 |
Cavity dimensions of the working fluid tank (length × width × height) | And Itinerary 400 |
Distance from the maximum liquid level in the working tank to the workbench surface | Z Itinerary 350 |
Maximum distance from the electrode mounting plate to the workbench surface | U ( C ) /V(B) Axis Travel (Integrated Turntable) 360 / -110 to 110 |
Working fluid tank volume | W Axial stroke 400 |
Maximum electrode weight | X/Y/Z/W Axial positioning accuracy 0.01 / 0.008 / 0.008 / 0.022 |
Maximum workpiece weight | X/Y/Z/W Axial Repeat Positioning Accuracy 0.006 / 0.005 / 0.005 / 0.012 |
X/Y/Z Two-way positioning accuracy for the entire journey | U/V Axial positioning accuracy 20/30 |
X/Y/Z Two-way repeat positioning accuracy for the entire journey | U/V Axial Repeat Positioning Accuracy 15/20 |
Machine tool weight | Maximum Workpiece Weight on the Workbench 500 |
Machine tool overall dimensions | Maximum load capacity of the turntable 25 |
Total input power | Rotating table workbench diameter 250 |
Input power | Total input power 12.5 |
Maximum Processing Current | Input power 380 Domestic ) |
Best Surface Roughness | Maximum Processing Current 50 |
Minimal electrode wear | Machinable Hole Diameter Range φ 0.3 ~φ 3.0 |
Maximum processing speed | X/Y/Z/W Axial resolution 0.001 |
Interpolation (spatial motion) method | U/V Axial resolution 0.001 |
Precision compensation term | Linked axis count Six-axis five-axis linkage |
Minimum driving unit | Processing medium Deionized water |
Display method | Remelting layer ≤ 0.02 mm |
Hand control box | Best Surface Roughness Ra ≤ 1.6 μ m |
Product Introduction
● Six-axis CNC with five-axis simultaneous control, optionally equipped with a seven-axis five-axis linkage system, enabling micro-EDM machining in multiple postures.
● Penetration detection function (optional)
Equipped with penetration detection functionality, the system automatically detects and halts processing when penetration occurs during machining.
● Part Error Compensation (Optional):
Optional parts error compensation software allows users to leverage the software to correct the errors of each individual part, integrating these corrections directly into the hole-machining program—enabling highly precise machining of the components.
● Data stream sharing feature (optional):
Through data stream sharing technology, measurement programs and measurement data from small-hole machines and forming machines can be shared, enabling a single machine's measurements to be used across multiple machines, thereby enhancing both the precision and consistency of machining processes.
● Six-point positioning measurement function (optional):
The positional deviation of the workpiece relative to the machine tool (quick-change fixture), obtained through six-point detection.
● Adaptive measurement function (optional):
Adaptive measurement technology measures the height errors at each hole position on the workpiece’s surface and performs intelligent compensation calculations, then incorporates the results into the machining program.
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