Chip Conveyor Fabrication Project Highlights

Deeply rooted in the manufacturing of core machine tool peripherals, WE specialize in the integrated fabrication and production of custom chip conveyors and coolant filtration tanks for various machining centers, CNC lathes, and automated cutting production lines. Recognizing that chip evacuation systems operate under harsh environments characterized by sharp metal chip abrasion and continuous exposure to cutting fluids, WE implement strict major-brand industrial standards—from wear-resistant material selection and drive geometric tolerances to high-barrier protective coatings—delivering rugged mechanical structures with low failure rates and high evacuation efficiency.

Core Fabrication Capabilities:

• Wear-Resistant Sheet Metal & Precision Assembly: The internal conveyor troughs are fabricated using high-hardness, wear-resistant steel. Through precision laser cutting and integrated press brake forming, WE minimize welded seams to reduce the risk of chip jamming. Micron-level geometric tolerance control is applied to chain tracks, tensioning mechanisms, and drive shafts, ensuring smooth, precise movement of hinged belts, scrapers, or screws.

• Excellent Liquid-Tightness & Filtration Engineering: Whether fabricating hinged-belt, scraper, or magnetic-type chip conveyors, WE execute high-specification seamless welding to guarantee 100% liquid-tightness between the conveyor body and the bottom coolant tank, completely preventing leakage. Furthermore, we possess the capability to integrate micron-grade stainless steel wire meshes and oil-water separation mechanisms, achieving highly efficient coolant recycling.

• Anti-Cutting Oil & High-Adhesion Powder Coating: The conveyor assemblies undergo thorough surface degreasing and chemical pre-treatment before the application of high-end, oil-resistant industrial-grade powder coating. This high-adhesion protective layer effectively seals the metal substrate against the corrosive effects of sulfurized or chlorinated cutting oils, preventing long-term oxidation and drastically extending the equipment's operational lifespan.