Multi-Arc Ion Deposition System

The Multi-Arc Ion Deposition System performs industrial-scale cathodic arc evaporation for hard, wear-resistant, and low-friction thin films. The process achieves >80% ionization of solid cathode material, driving high-energy ion bombardment into the substrate interface for superior film adhesion compared to magnetron sputtering.

The double-walled stainless-steel vacuum chamber houses modular arc sources and a PLC-controlled automated cycle managing pump-down, in-situ plasma etching, reactive gas delivery, and multi-layer deposition.

High Ionization Rate: Minimizes film delamination via dense ion bombardment.

Controlled Arc Stability: Programmable triggers and closed-loop current regulation suppress macroparticle (droplet) formation and prevent target poisoning under reactive gases (N2, C2H2, O2).

Modular Arc Sources: Side and door placements adapt to complex 3D tool geometries for uniform thickness distribution.

Pulsed Substrate Bias: Synchronized voltage pulses tailor residual stress, grain refinement, and microhardness.

Heavy-Duty Rotation Stages: Planetary fixtures support batch loads up to 500 kg under high thermal and vacuum loads.

Roughing & Roots: Multi-stage dry screw pumps paired with Roots blowers prevent hydrocarbon contamination down to transition pressures.

High Vacuum: Turbomolecular or diffusion pumps sustain ultra-high base pressure.

Trapping & Gauging: Optional liquid nitrogen cold traps; wide-range Pirani/Cold Cathode combination gauges.

Cathode Targets: Pure metals (Ti, Cr, Al, Zr, Mo, W) and alloy targets (TiAl, TiSi, CrAl, WC-Co).

Substrate Materials: High-speed steel (HSS), carbide inserts, cold/hot work tool steels (SKD11, H13), stainless steel, and titanium alloys.

Pre-Treatment: Aqueous ultrasonic cleaning followed by in-situ Ar+ or metal ion bombardment etching to remove native oxides.

Cutting Tools: TiN, TiAlN, and AlCrN coatings on end mills and drills to achieve >3000 HV surface hardness and oxidation resistance.

Molds & Dies: Protective layers on injection molds and stamping dies to prevent galling and abrasive wear.

Automotive: DLC and CrN coatings on piston rings, gears, and injector pins to lower friction coefficients.

Medical Devices: Biocompatible TiN/TiCN coatings on surgical instruments and implants.

Chamber Dimensions & Port Layout: Tailored volume and optical emission monitoring (OEM) ports.

Generators: Customer-specified power supply brands or specialized pulsed-bias configurations.

Filtration: Magnetic steering fields and macroparticle filters for zero-droplet optical/electronic finishes.

Automation: SCADA integration and SQL database connectivity for Industry 4.0 data logging.

Leak Testing: Helium mass spectrometer testing on all welds (<= 1.0 x 10^-9 Pa*m3/s).

Electrical Safety: Insulation resistance, grounding, and interlock verification per CE/NFPA standards.

Functional Dry Run: 72-hour continuous mechanical and valve cycling test.

Process Verification: Reference coupon testing for nanoindentation hardness and scratch adhesion.

Pre-Installation: Utility layout blueprints provided for power, water, exhaust, and compressed air.

Commissioning: On-site setup and trial runs supervised by factory engineers.

Training: Hands-on operation, cathode replacement, and routine maintenance coaching.

Lifecycle Care: Secure VPN remote diagnostics and local spare parts provisioning.