Accutex Diamond Guide 87-3 Type

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Specification Details
Type Diamond Guide 87-3 Type
Material High-quality diamond with precision-engineered base materials
Outer Diameter (OD) As per standard size (custom sizes available based on requirements)
Inner Diameter (ID) Designed for smooth wire guidance with minimal friction
Usage Wire EDM machines
Hardness Diamond-grade hardness for extended durability
Surface Finish Polished to minimize wire wear and ensure consistent cutting accuracy
Compatibility Suitable for various wire EDM machine models
Temperature Range Operates efficiently in high-temperature conditions
Precision Tolerances within ±0.002 mm

Application:

Wire EDM Machines: Used in wire electrical discharge machining (EDM) for guiding the wire during the cutting process.

Tool and Die Manufacturing: Ensures high-precision cutting of dies and molds for industries like automotive, aerospace, and electronics.

Medical Device Manufacturing: Helps in creating precise components for surgical instruments and medical devices.

Aerospace Engineering: Supports manufacturing of critical, high-precision parts for the aerospace sector.

Jewelry Crafting: Utilized in creating intricate designs in jewelry manufacturing processes.

 

Advantages:

Enhanced Durability: Diamond material provides exceptional wear resistance, ensuring a longer operational life.

High Precision: Delivers consistent accuracy in wire guidance, reducing the risk of errors in cutting.

Low Friction: Polished surface minimizes friction, enhancing the wire’s lifespan and cutting performance.

Wide Compatibility: Compatible with multiple EDM machine models, making it versatile across different setups.

Operational Efficiency: Supports high-speed cutting processes, reducing production time.

Cost-Effective: Long-lasting durability and reduced maintenance costs lead to better overall cost efficiency.

Consistent Performance: Maintains stable performance under varying operational conditions, including high temperatures.

Eco-Friendly: Less wire consumption due to efficient guidance, reducing material wastage.

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