Diamond Line Drawing Cutter

Zhongyda's high-quality Diamond Line Drawing Cutter is a high-performance tool for precision marking and cutting, and its blade is usually made of natural or artificial diamond. Due to its extremely high hardness and wear resistance, diamond line drawing cutters are widely used in the precision processing of hard and brittle materials such as glass, ceramics, semiconductors, and optical materials.

Product Features

Ultra-high hardness: Diamond is the hardest material known in nature and can easily cut high-hardness materials

Strong wear resistance: Diamond Line Drawing Cutter has excellent wear resistance and long service life, reducing the need for frequent tool replacement.

High precision: It can achieve micron-level marking and cutting, suitable for high-precision processing needs.

Good thermal stability: It can still maintain stable physical properties under high temperature environment, suitable for high-speed processing.

Low friction coefficient: The friction coefficient between diamond and the workpiece is low, which reduces the heat and stress during the marking process.

Application field

Glass processing: used for cutting and marking flat glass, optical glass, mobile phone screens, etc.

Ceramic processing: used for marking ceramic substrates, ceramic sheets, etc.

Semiconductor industry: used for cutting semiconductor materials such as silicon wafers and wafers.

Optical industry: used for cutting optical lenses, prisms and other precision optical components.

Electronic industry: used for cutting circuit boards, electronic components, etc.

Product specifications

Tool head material: natural diamond, artificial diamond

Tool head shape: V-shaped, U-shaped, round, etc. (customizable according to needs)

Tool handle type: straight handle, taper handle, etc.

Size range: Tool head diameter 0.5mm - 10mm (customizable according to customer needs)

Precautions for use

Cutting parameters: Select appropriate cutting speed, pressure and angle according to the processing material and tool specifications.

Cooling and lubrication: It is recommended to use appropriate coolant to reduce tool wear and improve processing quality.

Tool installation: Make sure the tool is firmly installed to avoid vibration and deflection to ensure cutting accuracy.

Maintenance and care

Regular inspection: Regularly check the tool wear and replace the severely worn tool in time.

Cleaning and maintenance: Clean the tool in time after use to prevent the accumulation of chips and impurities that affect the tool performance.

Storage environment: The tool should be stored in a dry environment without corrosive gases to avoid moisture and corrosion.

Advantages summary

Diamond line cutters are ideal for processing hard and brittle materials with their ultra-high hardness, high wear resistance and high precision. Their long life and stable processing performance can significantly improve production efficiency and processing quality and reduce production costs.

Application cases

Glass cutting: On flat glass production lines, diamond line cutters are used to accurately cut glass to ensure smooth and burr-free cutting edges.

Wafer cutting: In the semiconductor manufacturing process, diamond line cutters are used to cut silicon wafers to ensure high precision and high yield of chips.

Ceramic processing: In the production of ceramic substrates, diamond line cutters are used to cut ceramic wafers to ensure dimensional accuracy and surface quality.