The Diamond Coated Wire Loop is transforming the way manufacturers cut special ceramics and engineering ceramics. Engineered for high precision, fast throughput, and extended tool life, this advanced diamond wire cutting solution has become the preferred choice for industries that demand clean, accurate ceramic sectioning.

Using a Ø0.7 mm OD loop diamond wire on a φ250 system under dry cutting conditions, users can achieve exceptional performance with high productivity and surface quality.

🔹 Proven Performance Parameters

• Wire diameter: 0.7 mm

• Machine wheel: φ250

• Cutting mode: Dry cutting

• Recommended wire speed: 40–70 m/s

• Feed speed: 30–70 mm/min

• Surface finish (Ra): 0.5–0.7 μm

• Diamond wire life: 1.6–2.1 m² cutting area

This configuration enables smooth, precise ceramic cutting while maintaining excellent tool durability and process stability.

🔹 Why Choose Diamond Coated Wire Loop for Ceramics?

Superior Hardness & Wear Resistance
The premium diamond coating delivers the extreme hardness required for high-density ceramic cutting, ensuring consistent performance even on difficult materials.

High Cutting Efficiency
Compared with conventional methods, the loop design supports higher linear speeds and improved material removal rates.

Excellent Surface Quality
Achieve fine finishes of Ra 0.5–0.7 μm, reducing or eliminating secondary grinding and polishing.

Extended Tool Life
With a cutting life of 1.6–2.1 m², the wire maintains sharpness longer, lowering consumable costs and downtime.

Wide Material Compatibility
Ideal for cutting:

• Advanced engineering ceramics

• High-density technical ceramics

• Structural ceramics

• Electronic and semiconductor ceramics

• Optical ceramic materials

🔹 Operating Procedure

1. Set the recommended wire speed and feed rate according to the ceramic material.

2. Install and tension the diamond coated wire loop on the cutting machine.

3. Secure the ceramic workpiece firmly to prevent vibration.

4. Start the machine and allow the loop to run smoothly across the material.

5. Monitor cutting stability and surface quality throughout the process.

6. Replace the wire loop when wear reduces cutting efficiency.

🔹 Key Benefits for Manufacturers

• Faster ceramic cutting cycles

• Higher dimensional accuracy

• Reduced chipping and micro-cracks

• Lower overall processing cost

• Stable dry cutting capability

• Suitable for precision industrial production

🔹 Technical Support

We provide full technical assistance and long-term engineering support, including customized parameter recommendations based on your specific ceramic material and machine configuration.