Vertical Side-Opening PVD Vacuum Coating Machine with Touch Screen Operation, High Coating Hardness (≥Hv800), and Custom Chamber Size
Vertical Side-Opening PVD Vacuum Coating Machine with Touch Screen Operation, High Coating Hardness (≥Hv800), and Custom Chamber Size
원래 장소
광둥
브랜드 이름
Lion King
인증
CE
제품 세부 사항
회전 속도:
10~30RPM(가변)
전압:
380V, 50Hz 또는 맞춤 제작
챔버 재료:
스테인리스 또는 탄소 강철
운영 방법:
터치스크린
코팅온도:
200℃ 이하
코팅 경도:
≥HV800
코팅 밀도:
≥99.9%
제어 시스템:
풀오토, 세미오토, 수동
작동 이론:
열 증발
코팅 기술:
진공 열 증발
챔버 크기:
맞춤 제작
코팅 효율:
높은
기판 크기:
최대 직경 600mm
코팅 속도:
1-4m/분
코팅 응용:
장식, 기능적, 보호
강조하다:
Touch Screen PVD Vacuum Coating Machine
,
High Coating Hardness Multi Arc Ion Vacuum Coating Machine
,
Custom Chamber Size Vertical Side-Opening Ion Plating Equipment
결제 및 배송 조건
최소 주문 수량
1
배달 시간
45-60 일
제품 설명
Vertical Multi-Arc Ion Plasma PVD Machine
Professional vacuum coating equipment for industrial plating applications
Equipment Structure
The vertical side-opening ion plating and vacuum coating equipment features a vertical cavity design with side quick-opening compartments, optimized for batch-sized workpiece handling. The core structure comprises five integrated modules:
Vacuum System
Ion Plating Core System
Workpiece Clamping System
Control System
Auxiliary System
Working Principle
Based on physical vapor deposition (PVD) ion plating technology, this equipment ionizes target material atoms in a vacuum environment and deposits them onto workpiece surfaces through an electric field to form high-quality films.
Equipment Features
Vertical Side-Opening Design Advantages:
Convenient workpiece loading/unloading: Side door design eliminates top space constraints, ideal for large/heavy workpiece hoisting and clamping
High cavity utilization: Vertical layout enables superior rotational uniformity during coating, preventing workpiece-target obstruction
Optimized for small parts and long-shaped workpieces
Strong Process Adaptability:
Compatible with magnetron sputtering ion plating and arc ion plating processes
Capable of preparing metal films, alloy films, and compound hard films (TiN, TiCN, DLC)
Wide process parameter adjustment range via gas ratios, target current, and workpiece bias voltage
High Automation Level:
Integrated PLC control system supports one-click automatic operation, reduces manual intervention, and ensures consistent coating quality through stored process parameters.
Energy Conservation & Environmental Protection:
Vacuum coating process produces no waste liquid or exhaust gas emissions. Features efficient heating/cooling systems with lower energy consumption than comparable horizontal coating equipment.
Equipment Advantages
Excellent Film Performance: High hardness (HV1000-4000), strong adhesion, low friction coefficient with superior wear, corrosion, and high-temperature resistance
High Production Efficiency: Side-opening design enables rapid loading/unloading with batch rotating workholding frames and fast vacuum pumping (1-3 hours per batch)
Minimal Workpiece Deformation: Controllable coating temperature reduces thermal deformation, ideal for precision parts including tools, molds, and hardware
Convenient Operation & Maintenance: Easy cavity cleaning, target replacement, and maintenance with user-friendly control interface and comprehensive fault diagnosis
Wide Applicability: Handles various materials (metal, ceramics, hard alloys) and shapes (flat, curved, complex cavity parts)
Application Fields
This vertical side-opening ion plating equipment serves multiple industries with its high production capacity and superior film performance:
Tools & Molds Industry:
Coating for high-speed steel tools, hard alloy tools, stamping molds, and injection molding molds (TiN, TiCN films) improves wear resistance, anti-adhesion, and extends service life 3-10 times.
Hardware Decoration Industry:
Applied to bathroom hardware, door hardware, watch parts, and mobile phone frames with decorative finishes (gold, gun black, rose gold) combining aesthetics with durability.
Automotive Parts Industry:
Coating for engine valves, piston rings, gears, and brake discs enhances high-temperature resistance, wear resistance, and corrosion resistance while reducing noise and energy consumption.
Medical Device Industry:
Used for bone implants (artificial joints, bone screws) and dental instruments (crowns, implants) with DLC diamond films improving biocompatibility and wear resistance.
Aerospace Industry:
Protective coatings for aircraft engine blades and precision parts with high-temperature and oxidation resistance for extreme service environments.