Featured Functions
Three-axis CNC system: adopts encoder/player architecture, CNC encoder realizes the management of CNC process database files, CAD. G code and other engineering files.
It can be directly penetrated into the machining from the irregular shape surface such as inclined plane and curved surface.
The rotating head of the motor adopts tungsten steel wear-resistant plate and multiple waterproof structure to ensure the rotating concentricity of the chuck.
Display screen:it can clearly track and display the processing trajectory, and completely solve the problems of flower screen, shaking screen and black screen.
Rotating head: national patent rotating head, the application of cemented carbide end seal technology, to ensure a long time without water leakage.
- CNC Series
- CNC630/800/1000
- ZNC series
- DZ6345/8055/10063
| Project Content | Technical Parameters |
| Specifications | CNC450 |
| X/Y worktable size | 380/500 mm |
| X/Y/Z travel | 350/450/450 mm |
| Machine dimensions | 1250/1400/2100 mm |
| Spindle servo travel | 360 mm |
| Max load weight | 300 kg |
| Diameter of electrode | Ø0.15-Ø3.0 mm |
| Max processing current | 30 A |
| Working voltage | 110V |
| Power supply | 380VAC±5﹪ 50HZ |
| Pulse Width | 0-9 levels adjustable (us) |
| Pulse interval continuously adjustable | 1:1-1:8 (pulse width: pulse interval) |
| Machine power | 3.6 (KVA) |
| Max piercing speed | 30-60 mm/min (depending on the material) |
| Max piercing thickness | 400mm |
| Positioning accuracy | ≤ ±0.02mm (100mm) |
| Min movement of worktable | 0.001 mm |
| Working fluid | Purified water |
| Filtering method | Shallow gap |
| Water tank volume | 25L |
| Machine weight | 500 kg |
| Three-axis control method | CNC |
| Three-axis drive method | Subdividing hybrid motors/AC servo motor(optional) |
| XYZ three-axis screw | Precision Ball Screw |
| XYZ three-axis guide | Linear Guide |
| Screw guide lubrication | Centralized oil supply |
| Control system | Shanghai Jiao Tong University |
| Handheld unit | Hand control box |
| Operational Controls | 17 inch LCD screen, mouse and keyboard |
| Digital display | Three-axis |
| Power supply method | Spindle carbon brush power supply |
| Project Content | Parameter Description | ||
| Specifications | CNC630 | CNC800 | CNC1000 |
| Machine dimensions (mm) | 1700/1600/2150 | 2400/1800/2150 | 2400/2400/2150 |
| X/Y worktable size (mm) | 540/1000 | 594/1064 | 700/1270 |
| X/Y travel (mm) | 450/630 | 550/800 | 630/1000 |
| Z axis travel (mm) | 400 | 400 | 400 |
| Spindle servo travel(mm) | 360 | 360 | 360 |
| Max load weight(kg) | 500 | 1000 | 1300 |
| Machine weight (kg) | 1500 | 2100 | 2900 |
| Diameter of electrode | Ø0.15-Ø3.0 mm | ||
| Max processing current | 30 A | ||
| Working voltage | 110V | ||
| Power supply | 380VAC±5﹪ 50Hｚ | ||
| Pulse Width | 0-9 levels adjustable (us) | ||
| Pulse interval continuously adjustable | 1:1-1:8 (pulse width: pulse interval) | ||
| Machine power | 3.6(KVA) | ||
| Max piercing speed | 30-60 mm/min (depending on the material) | ||
| Max piercing thickness | 400 mm | ||
| Positioning accuracy | ≤ ±0.02 mm (100 mm) | ||
| Min movement of worktable | 0.001 mm | ||
| Working fluid | Purified water | ||
| Filtrering method | Shallow gap | ||
| Three-axis control method | CNC | ||
| Three-axis drive method | Subdividing hybrid motors/AC servo motor(optional) | ||
| XYZ three-axis ball screw | Precision Ball Screw | ||
| XYZ three-axis guide | Linear Guide | ||
| Screw guide lubrication | Centralized oil supply | ||
| Control system | Shanghai Jiao Tong University | ||
| Handheld unit | Hand control box | ||
| Operational Controls | 17 inch LCD screen, mouse and keyboard | ||
| Digital display | Three-axis | ||
| Power supply method | Spindle carbon brush power supply | ||
| Project Content | Parameter Description |
| Machine Specifications | DZ703 |
| Worktable size | 440×320 mm |
| X/Y travel | 400×300 mm |
| Z axis travel | 400mm |
| Spindle travel | 360mm |
| Max spindle adjustment speed | 200mm/min |
| Rotating head R axis speed | 20-120rpm |
| Max load weight | 200kg |
| Distance between guide and worktable | 400mm |
| Machine dimensions | 1200×900×1900mm |
| Diameter of electrode | Ø0.3 – Ø3.0(optional Ø0.15 – Ø3.0 or Ø0.3 – Ø6.0) |
| Machine weight | 450kg |
| Working fluid | Distilled water /tap water |
| Processing depth | 0-385mm |
| Max depth and diameter ratio | 300：1 |
| Max processing speed | 30-60mm/min |
| Max processing current | 30A |
| Max power consumption | 3.6KVA |
| Working pressure | 8Mpa |
| Power supply | 380V/50HZ |
| X/Y axis display mode | Grating digital display |
| Z-axis control | Stepping motor |
| Secondary travel control method | AC motor |
| Digital display | Three-axis |
| XY axis digital display resolution | 0.005mm |
| Filtrering method | Interchangeable gap type |
| Water Pump | Special plunger pump |
| Motor rotating head | Tungsten steel |
| Worktable | Level 0 Marble |
| Transformer | 3.6KW |
| Resistance | 300W Super Non-Inductive Type |
| Project Content | Parameter Description | ||
| Specifications | DZ703-6345 | DZ703-8055 | DZ703-10063 |
| Machine dimensions (mm) | 1700/1600/2150 | 2400/1800/2150 | 2400/2400/2150 |
| X/Y worktable size (mm) | 540/1000 | 594/1064 | 700/1270 |
| X/Y travel (mm) | 450/630 | 550/800 | 630/1000 |
| Z axis travel (mm) | 400 | 400 | 400 |
| W-axis secondary travel(mm) | 360 | 360 | 360 |
| Max load weight(kg) | 500 | 1000 | 1300 |
| Machine weight (kg) | 1500 | 2100 | 2900 |
| Max spindle adjustment speed | 200mm/min | ||
| Rotating head R axis speed | 20-120rpm | ||
| Distance between guide and worktable | 400mm | ||
| Diameter of electrode | Ø0.3 – Ø3.0(optional Ø0.15 – Ø3.0 or Ø0.3 – Ø6.0) | ||
| Working fluid | Distilled water /tap water | ||
| Processing depth | 0-385mm | ||
| Max depth and diameter ratio | 300:1 | ||
| Max processing speed | 30-60 mm/min | ||
| Max processing current | 30 A | ||
| Max power consumption | 3.6KVA | ||
| Working pressure | 8Mpa | ||
| Power supply | 380V/ 50Hｚ | ||
| X/Y axis display mode | Grating digital display | ||
| Z-axis control | Stepping motor | ||
| Secondary travel control method | AC motor | ||
| Digital display | Three-axis | ||
| XY axis digital display resolution | 0.005mm | ||
| Filtering method | Interchangeable gap type | ||
| Water Pump | Special plunger pump | ||
| Motor rotating head | Tungsten steel | ||
| Worktable | Level 0 Marble | ||
| Transformer | 3.6KW | ||
| Resistance | 300W Super Non-Inductive Type | ||
Convenient Functions
Electrode replacement: The Z-axis can be automatically raised to a certain position, and then the electrode can be manually replaced.
Intelligent tool lifting function: set the workpiece thickness, workpiece punching, one-key processing end, automatically lift to the surface of the workpiece.
Limit function: Meet the lower limit automatically rises to the top, if the copper tube is replaced halfway, it can also rise directly to the top.
Excellent hardware configuration
Electronic control test: All components of the system control board are strictly screened for aging. Full load 40℃, continuous 100 hours time; shock load 50℃, intermittent 100 hours.
Control host: (1) Sufficient hardware configuration inside the industrial control computer: can effectively realize programming and control in time-sharing mode; real-time tracking and display of processing trajectory. (2) The host has stable performance and can work continuously for 365 days. It is also equipped with RS232 interface, USB interface, network card interface, keyboard and mouse.
Z-axis motor:AC deceleration motor, lifting speed is fast, high sensitivity.
Why Choose an Electro Discharge Drilling Machine?
In modern manufacturing, precision and efficiency are key. An electro discharge drilling machine offers unique advantages that make it a top choice for challenging applications. Here’s why:
1. Unmatched Precision
Drilling machine uses electrical discharges to erode material, enabling holes as small as 0.1mm with micron-level accuracy. Ideal for aerospace, medical, or automotive components requiring tight tolerances.
2. Material Flexibility
Works on any conductive material—from hardened steel and titanium to exotic alloys. Traditional drills struggle with these materials, but drilling machine adapts effortlessly.
3. No Mechanical Stress
Unlike conventional drilling, drilling machine eliminates friction and cutting forces. This reduces workpiece deformation, making it perfect for delicate or heat-sensitive parts.
4. Complex Shapes Simplified
Drill angled, curved, or deep holes with ease. drilling machine’s non-contact process handles geometries that mechanical tools can’t.
5. Cost-Effective in the Long Run
While initial investment is higher, drilling machine minimizes tool wear and rework, saving time and money over repetitive tasks. For industries where precision and versatility matter, drilling machine machines deliver results that traditional methods can’t match.