Model P

Model P is a highly integrated flexible platform with excellent coating performance, combining magnetron sputtering, arc evaporation, PACVD, HiPIMS, and microwave technologies in a single system, enabling multi-purpose use from R&D to production.

Automatic shutter design enables sequential deposition of different coatings in a single process, producing high-hardness wear-resistant coatings up to HV2000-2500; doping technology (e.g., tungsten doping) improves high-temperature wear resistance.

For tooling and precision parts applications, it provides DLC oil-free self-lubricating coatings and low-temperature processing (160-200°C) for small-part cutting tools and precision wear-resistant components, avoiding tempering effects.

Tooling & Cutting Automotive Humanoid Robots Medical Electronic Components

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Introduction

By integrating magnetron sputtering, arc evaporation, PACVD, HiPIMS, and microwave technologies, Model P enables a single system to flexibly produce various coatings, meeting diverse needs from R&D to production.

DLC coatings have extremely low friction coefficient and "anti-sticking" properties, known as "oil-free self-lubricating coatings," significantly reducing energy consumption; low-temperature processing avoids tempering effects, suitable for precision parts and cutting tools.

Core Advantages

Integrated Advanced Technologies

Integrates magnetron sputtering, arc evaporation, PACVD, HiPIMS, and microwave technologies, with automatic shutter design for sequential deposition of different coatings.

High Hardness & Wear Resistance

Produces coatings with hardness up to HV2000-2500; doping technology (e.g., tungsten doping) improves high-temperature wear resistance.

Ultra-Low Friction & Self-Lubrication

DLC coatings have extremely low friction coefficient and "anti-sticking" properties, known as "oil-free self-lubricating coatings," significantly reducing energy consumption.