PVD deposition machine HD800

Product Overview
HD800 is Huasheng’s new-generation hybrid PVD coating equipment designed for cutting-tool manufacturers and industrial users requiring consistent coating quality, increased batch capacity and flexible process development. Built on Huasheng’s composite coating technology platform, HD800 integrates arc ion plating, DC magnetron sputtering and HiPIMS in a single system to deliver dense, well-adhered and low-droplet coatings for difficult-to-machine materials such as stainless steel, titanium alloys, hardened and high-alloy steels.

Key Benefits

• Strong coating adhesion: arc ion plating combined with lateral ion-source and hot-filament etching improves film-to-substrate bonding for cutting tools and wear parts.
• Smooth coating surface: HiPIMS and DC magnetron sputtering reduce droplets and produce cleaner, smoother finishes.
• High coating density: hybrid deposition yields dense microstructure and improved wear resistance.
• Flexible process development: supports arc, DC magnetron (MS), HiPIMS MS, composite and mixed-coating processes on one platform for production and R&D.

Applications

• High-volume and R&D coating of cutting tools, inserts (CNC), drills, end mills, taps, mold components and wear-resistant parts.

HD800 Features

• Chamber volume: 1 m³
• Loading: 10-tree batch capacity
• Effective coating area: Φ650 × 400 mm
• Hybrid arc + HiPIMS coating capability
• Lateral ion source and hot filament etching
• Engineered for stable industrial operation for both production and process R&D

Characteristics / Technical specifications

• Model No.: HD800
• Coating technology: Hybrid composite platform (arc ion plating, DC magnetron sputtering, HiPIMS)
• Etching: Lateral ion source / hot filament
• Multi-arc sources: 6
• Magnetron cathodes: 1
• Equipment size: L3750 × W2400 × H2500 mm
• Maximum working temperature: 600°C
• Loading capacity: 10 coating trees per batch
• Insert load: ~12,000 pcs (example: APMT1135 inserts)
• Drill load: ~3,600 pcs (example: D4 × 50L drills)
• Maximum loading weight: 300 kg
• Shaft diameter: Φ130
• Effective coating area: Φ650 × 400 mm
• Process time (example): AlTiN: 6–8 h