China DCX1000 Diamond Single Wire Cutting Equipment - High-Precision Factory Solution from Trusted Suppliers
Product Features
Technical Parameters
| Project | Content | Technical Parameters |
|---|---|---|
| Model | Model | DCX1000 |
| Processing capacity | Max processing billet size | 1000×1000×1000mm |
| Number of stations | 1 | |
| Diamond thread | Diamond wire diameter | Ф0.25-φ0.60 |
| Max line storage capacity | 20 km (φ0.25mm) | |
| Max round-trip routing speed | 1200 m/min | |
| Cutting method | Cutting method | The cutting line drops in parallel or rocking down |
| Max line swing angle | ±30° | |
| Rotary cutting (with rotating tooling) | Rotating cutting, maximum sample size 8 inches, 360° rotation | |
| Cutting fluid | Cutting fluid | Water-based or oil-based cutting fluid |
| Liquid storage capacity | 355L | |
| Pump flow | 200L/min | |
| Power supply | Power supply | 380V±10%、50Hz |
| Power | 25 Kw | |
| Dimensions and weight | Dimensions (L x W x H) | 3470 × 3500 × 3200 mm |
| Weight | 12000 Kg |
Frequently Asked Questions
What is the maximum workpiece size the DCX1000 can accommodate?
The DCX1000 is designed for large-scale industrial cutting, accommodating a maximum processing billet size of up to 1000×1000×1000mm.
How much faster is the DCX1000 compared to previous models?
Thanks to its advanced Industrial Swing Amplification and enhanced wire tension control, the DCX1000 cuts 30% faster than the DCX800 model.
What type of cutting fluid and cooling system does this machine utilize?
The DCX1000 features a Dual Cooling System that prevents overheating and extends wire life by 40%. It is compatible with both water-based and oil-based cutting fluids, supported by a 355L storage capacity and a 200L/min pump flow.
Is the DCX1000 suitable for automated 24/7 manufacturing?
Yes, the machine is designed with Automated Material Handling and is fully compatible with robotic arms, making it ideal for continuous, round-the-clock production lines.
What are the main applications of this cutting system?
It is primarily applied in the mass production of solar silicon ingots, architectural stone cutting (such as sapphire countertops), and high-precision aerospace-grade ceramic component fabrication.

