Tungsten Steel Sheet Cutting and Forming

High Accuracy: Machining precision of ≤±10µm ensures flawless results.
Adaptability: Compatible with a wide range of hard and brittle materials.
Customizable: Supports personalized configurations, including double stations, visual positioning, and automatic loading/unloading.
Eco-Friendly: Designed for minimal material waste and energy-efficient production.

Product Description

Tungsten Steel Sheet Cutting and Forming is a precision process designed for creating high-strength, durable components from tungsten steel. Utilizing advanced laser micromachining technology, this process ensures exceptional accuracy, smooth edges, and minimal material waste. Ideal for industries requiring robust and wear-resistant parts, this solution delivers superior performance in demanding applications.

Key Features:

High Precision: Cutting accuracy of ≤±10µm ensures consistent and reliable results.
Exceptional Durability: Tungsten steel offers unmatched hardness and wear resistance.
Smooth Finish: Cutting seam width of 15~30µm with minimal burrs and edge chipping (<15µm).
Versatility: Suitable for flat and curved surfaces, with compatibility for 2D, 2.5D, and 3D machining.
Efficient Processing: Modular feed and dust ductwork enhance productivity and cleanliness.

Materials

Primary Material: Tungsten steel (high hardness and brittleness).
Compatible Materials: Alumina, zirconia, silicon nitride, diamond, sapphire, and other hard, brittle materials.

Application

Tungsten Steel Sheet Cutting and Forming is widely used in the following industries:

Medical Devices: Precision components for surgical tools and implants.
Aerospace: High-strength parts for engines and structural components.
Automotive: Wear-resistant components for transmissions and braking systems.
Industrial Tools: Cutting, drilling, and forming tools for heavy-duty applications.
Electronics: Precision parts for semiconductors and microelectronics.