Industrial
HN-MA-001
Pure Multi-arc Ion Plating Equipment
High-throughput arc ion plating for industrial production
PVD Vacuum Coating Equipment
Precision PVD Coating Systems for Industrial & Research Applications
Customized multi-arc ion plating, magnetron sputtering, electron beam evaporation, and composite PVD platforms — engineered by HUANING ZHIKE for demanding production and laboratory environments worldwide.
5,000 m²
Manufacturing Facility
6
Production Lines
10
System Configurations
Equipment Platform
Two Product Lines, One Engineering Standard
Whether you operate high-volume production lines or cutting-edge research laboratories, HUANING ZHIKE provides the right PVD system architecture.
Product Catalog
Ten Precision PVD Systems
From compact laboratory platforms to full-scale industrial production equipment — every HUANING ZHIKE system is configurable to your process requirements.
Industrial
HN-MS-002
Pure Magnetron Sputtering Equipment
High-uniformity sputtering for optical and functional films
Industrial
HN-MA-MS-003
Multi-arc & Magnetron Sputtering Composite Coating Equipment
Combine arc and sputtering in one integrated production platform
Industrial
HN-EB-004
Electron Beam Evaporation Coating Equipment
High-purity evaporation for precision optical and semiconductor films
Industrial
HN-MS-EB-005
Magnetron & Electron Beam Composite Coating Equipment
Unified sputtering and evaporation for advanced multilayer architectures
Lab R&D
HN-MA-R-006
Small Multi-arc Ion Plating R&D Equipment
Compact arc plating platform for process development and small batches
Lab R&D
HN-MS-R-007
Small Magnetron Sputtering R&D Equipment
Precision research sputtering with full parameter accessibility
Lab R&D
HN-MA-MS-R-008
Lab Multi-arc & Magnetron Sputtering Composite Coating Platform
Research-scale composite platform for multilayer coating studies
Lab R&D
HN-EB-R-009
Small Electron Beam Evaporation R&D Equipment
Compact high-purity evaporation for optical and device research
Lab R&D
HN-MS-EB-R-010
Magnetron & Electron Beam Integrated Research Platform
Advanced research platform integrating sputtering and evaporation
Deposition Technologies
Four Core PVD Deposition Processes
Each deposition method carries distinct physical mechanisms, process windows, and film property profiles. HUANING ZHIKE systems span the full range of industrial and research PVD techniques.
AIP
Multi-arc Ion Plating
AIP
Sustains arc discharges on metallic cathodes to generate highly ionized plasma. High deposition rate, excellent film adhesion, and superior coating density make this the dominant method for industrial hard coating and decorative PVD production.
- High ionization ratio (≥ 70%)
- Dense, adherent films
- High deposition rate
- Compatible with TiN, TiAlN, CrN, DLC
HN-MA-001HN-MA-R-006
MS
Magnetron Sputtering
MS
Plasma confined by crossed electric and magnetic fields enables high-rate sputtering of metallic, ceramic, and compound targets. DC, RF, and pulsed-DC power modes, and reactive atmosphere capability, support deposition of nitrides, oxides, and functional films.
- Excellent film uniformity
- Low substrate thermal load
- Wide target material range
- DC / RF / Pulsed-DC modes
HN-MS-002HN-MS-R-007
EBE
Electron Beam Evaporation
EBE
A focused, magnetically deflected electron beam heats and evaporates source materials in a cooled copper hearth. Preferred for high-purity optical and semiconductor thin-film deposition of refractory metals and dielectric oxides.
- Ultra-high purity deposition
- Multi-pocket rotating hearth
- In-situ QCM rate control
- Ion-assist (IAD) compatible
HN-EB-004HN-EB-R-009
ICS
Integrated Composite Systems
ICS
Dual-technology chambers integrate two deposition methods — arc + sputtering or sputtering + e-beam — within a single vacuum enclosure. Sequential or simultaneous operation enables multilayer coating architectures, graded interfaces, and DLC composite structures without air breaks.
- Single-vacuum multi-process
- Graded interlayer capability
- Wider composition space
- Full PLC recipe integration
HN-MA-MS-003HN-MS-EB-005HN-MA-MS-R-008HN-MS-EB-R-010
Application Solutions
Coating Solutions for Every Discipline
HUANING ZHIKE systems and process knowledge span the key application domains of industrial PVD coating.
Supported by Purpose-Built Infrastructure
HUANING ZHIKE integrates system engineering, precision manufacturing, process validation, and equipment testing under one roof.
5,000 m²
Manufacturing Facility
Modern production campus in Hangzhou, China
6
Production Lines
Dedicated assembly, wiring, and commissioning lines
Class 10,000
R&D Laboratory
ISO Class 7 cleanroom for process development
Class 100,000
Process Validation Workshop
ISO Class 8 environment for coating trials and validation
Class 100,000
Inspection Room
Controlled environment for equipment acceptance testing
How We Work
From Requirement to Running System
Every HUANING ZHIKE system follows a structured engineering process from first contact through to on-site commissioning and process support.
01
Requirements Analysis
Our engineers review your substrate geometry, coating specification, production volumes, and facility constraints to define system requirements.
02
System Engineering
Chamber dimensions, deposition source configuration, target layout, pumping stack, controls architecture, and options are specified and documented.
03
Sample Validation
When applicable, representative workpieces are coated in our Class 10,000 R&D laboratory to validate the process before system build.
04
Manufacturing & Assembly
Vacuum chambers, mechanical assemblies, electrical systems, and control panels are fabricated and assembled across our six dedicated production lines.
05
Factory Acceptance Testing
Completed systems undergo full vacuum performance, electrical safety, process parameter, and recipe verification in our controlled inspection facility.
06
Installation & Technical Support
On-site installation, commissioning, operator training, and ongoing process support are provided by our technical team.
Ready to Specify Your PVD System?
Contact our engineering team with your application, substrate, coating specification, and production requirements. We will respond with equipment recommendations and a preliminary system proposal.