Tungsten & Molybdenum

Tungsten, molybdenum, and their alloys are core materials in high-end manufacturing, thanks to their high melting points, hardness, and excellent thermal/electrical conductivity. Yet these super-hard properties make them notoriously difficult to machine. MONO’s femtosecond laser technology delivers ultra-precision machining solutions that tackle this industry-wide  challenge head-on.

Applied Components: Probe cards, precision nozzles, filters, semiconductor packages

Machining Requirements: Ultra-precision microholes and slits;  high consistency and cleanliness

Applied Components: High-temperature resistant structural parts, irregular alloy components, precision connectors

Machining Requirements: Thermal damage-free cutting, complex contour forming;  suitable for extreme working conditions

Applied Components: New energy power control modules, precision sensors, micro-mechanical parts

Machining Requirements: Functional surface textures, high-precision microholes;  ensuring device stability

Cold Ablation Technology: No heat-affected zone ;  avoids material chipping and microcracks;  preserves the original performance of substrates

Ultra-High Precision: Micron-level machining accuracy

Wide Compatibility: Works with all types of tungsten-molybdenum materials and composites;  unaffected by their hard, brittle, and high-melting properties

Efficiency & Cost Savings: Non-contact processing eliminates the need for complex tooling;  shortens R&D cycles and reduces trial-and-error costs

High Consistency: Full closed-loop control ensures stable precision in mass production;  minimizes post-processing