천연 다이아몬드 나이프

Zhongyda natural diamond knife is a tool that uses natural single crystal diamond as cutting material, mainly used for ultra-precision machining and high-precision cutting. Natural diamond has become an ideal material for manufacturing high-precision cutting tools due to its extremely high hardness and wear resistance.

1. Characteristics of natural diamond

Ultra-high hardness: Natural diamond is the hardest known material and is suitable for machining extremely hard materials.

Excellent wear resistance: Significantly extends tool life and is suitable for long-term high-precision machining.

High thermal conductivity: Effectively dissipates heat, reduces thermal deformation, and maintains machining accuracy.

Extremely low friction coefficient: Reduces cutting force and improves surface quality.

2. Application areas

Ultra-precision machining: such as optical components and semiconductor materials.

High-precision cutting: such as precision molds and medical devices.

Special material machining: such as hard and brittle materials such as ceramics, glass, and quartz.

Nano-level machining: such as micro-machining in the field of nanotechnology.

3. Advantages

Ultra-high precision: Nano-level machining accuracy can be achieved.

Excellent surface quality: The machined surface has a high finish and no subsequent polishing is required.

Long life: excellent wear resistance, reducing the frequency of replacement.

Wide applicability: suitable for a variety of materials with high hardness and high precision requirements.

4. Manufacturing process

Diamond material selection: select high-quality natural diamonds to ensure tool performance.

Precision processing: through laser cutting, grinding and other processes, the diamond is processed into the required shape.

Precision welding: the diamond tip is precisely welded to the tool body to ensure the bonding strength.

5. Selection and use

Material matching: select natural diamond knives of suitable shape and size according to the processing material.

Cutting parameter optimization: reasonably set the cutting speed, feed rate and cutting depth to ensure the processing quality.

Cooling and lubrication: use appropriate coolant to reduce thermal damage and extend tool life.

6. Maintenance and care

Regular inspection: replace worn tools in time to maintain processing accuracy.

Correct storage: avoid collision and corrosion to ensure tool performance.

Cleaning and maintenance: keep the tool clean to prevent impurities from affecting performance.