Carbide machining is essential for industries requiring exceptional hardness, heat resistance, and durability. At XCM, we combine precision CNC machining with specialized tooling and grinding processes to handle the unique challenges of tungsten carbide materials.

Our carbide machining services ensure:

Ultra-tight tolerances and high dimensional accuracy
Superior surface finishes through precision grinding
Consistent quality in both prototyping and mass production
Efficient machining of complex geometries and micro components
We specialize in machining and manufacturing high-performance carbide materials, including:
Tungsten Carbide (WC-Based Alloys) – Engineered for exceptional hardness and superior wear resistance, ideal for high-load, high-abrasion environments.
Cemented Carbide (WC-Based Composites) – A composite of tungsten carbide particles bonded with metallic binders (such as cobalt or nickel), offering an optimal balance of hardness, toughness, and structural integrity for demanding tooling applications.
Carbide Composites (Advanced Carbide Systems) – Tailored material solutions incorporating multiple carbide phases or customized binder systems to achieve specific performance characteristics in extreme operating conditions.
These materials deliver outstanding hardness, heat resistance, and wear performance, making them ideal for industrial tooling and precision-engineered components.
Reliable carbide machining depends on controlled process planning, not only operator skill. The most important controls include stable fixturing, wheel dressing, coolant concentration, spark-out strategy, EDM flushing, heat input control, and inspection correlation between shop-floor and final measuring equipment.