HD series Stainless Steel PVD Coating Machine
✔ Optimize plasma anode to enhance film performance
✔ Plasma-assisted power supply, high target material utilization rate, lower cost
✔ Quick-change cathode magnetic field, compatible with different coating materials
✔ Hidden arc-starting structure, replaceable and easy to maintain
✔ Multiple sputtering modes meet the demands of more materials
✔ High ionization rate and high deposition rate simultaneously
✔ Fewer droplets, smoother surface
✔ Low interior stress and better adhesion
✔ Easier to reconcile the contradiction between film hardness and stress adjustment
| Name | Parameter |
|---|---|
| Coating technology | Brand-new composite coating technology |
| Etching | Lateral ion source (hot filament) |
| Multi-arc sources (number) | length3750*width2400*height2500 |
| Magnetron cathodes (number) | 6 |
| Equipment size (mm) | 1 |
| Chamber volume (m³) | 1 |
| Effective coating area (mm) | Φ650 × 400 |
| Maximum working temperature (℃) | 600 ℃ |
| Loading capacity (number of trees) | 10 |
| Loading capacity of inserts (APMT1135) | 12000pcs |
| Loading capacity of drills (D4*50L) | 3600pcs |
| Maximum loading weight (KG) | 300 |
| Shaft diameter | Ф130 |
| Process time | AlTiN:6~8h |
Case 1: Carbon Steel (P20) Milling
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(Tool data):OMPQ-4E-100 |
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(Workpiece):P20 HRC32 |
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Cutting data Processing:
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Date source:Terminal Laborotary |

HLM300 300min Wear

Competitor 220min Wear
Case 1: Carbon Steel (P20) Milling
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Cutting Tool :D6R3*9*50*d6 |
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Workpiece: S136(52HRC) |
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Condition:Bottom Milling
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Test Results:
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Data Source: Huasheng Laboratory |

360min Flank Wear(23μm)HDR



HD500