上から開けるマルチアークイオンプラズマコーティング装置,360度回転とPLC+HMI制御でPVDコーティングを統一する

Top-Opening Multi-Arc Ion Plasma Coating Equipment This industrial PVD coating machine represents advanced vacuum coating technology designed for high-efficiency production applications. Combining the practical benefits of top-opening chamber access with proven multi-arc ion plating capabilities, it ...

380v 柔軟な材料のための3相ロール・トゥ・ロール真空コーティングマシン

EW Series models are deposition systems for evaporation of metal or oxides onto continuously-wound plastic film, paper or metal foil. Models range from compact types for research, to systems for mass-production. They can be used to manufacture products such as packaging materials, capacitors and ...

1. Core Working Principle The equipment completes coating through the collaborative mechanism of "magnetron sputtering + continuous winding", which mainly consists of two steps: Magnetron sputtering process: In a vacuum chamber, the magnetic field restricts the movement of electrons, ionizing inert ...

マグネトロンスパッタリング技術を用いた厚み調整可能なロール・ツー・ロール銅箔コーティング装置

Copper Foil Coating Single Chamber Magnetron Roll-to-Roll Coating Equipment Advanced R2R coating system designed for continuous deposition of functional coatings on flexible substrates including copper foil, PET films, and various metal foils. Working Principle This equipment utilizes magnetron ...

横向マグネトロンスプートリングコーティング機器 眼鏡やメンタルをコーティングするためのpvd真空コーティングマシン

Introduction Structure: Horizontal vacuum chamber, magnetic control target assembly, horizontal transmission system, vacuum acquisition and detection system, industrial control system, substrate ionization and temperature control system. Working principle: In a vacuum environment, working gas is ...

PLCシステム pvdコーティング機器を備えた直接銃電子ビームコーティングマシン

I. Core Structure Vacuum system Core components: Vacuum chamber, molecular pump, mechanical pump, vacuum gauge (ionization type/resistance type). Function: It provides a high vacuum environment of 10⁻³ to 10⁻⁶ Pa, reducing electron beam scattering, target material oxidation and film contamination, ...

高品質PVDマルチアークイオン真空コーティング機、装飾ハードウェア、セラミック、プラスチック、金属、ガラス、チタン、家具用

Lion King Multi-Arc Ion Plating Machine Technology Overview Multi-arc ion plating is a PVD technique that uses high-current arcs (100–500 A) to vaporize metallic or ceramic targets in a vacuum chamber (pressure < 10⁻² Torr). The ionized vapor is accelerated toward the substrate by a bias voltage, ...

カスタマイズ可能なコーティングサイズ、高真空レベル、タッチスクリーン操作を備えた蒸発ワインディングコーティング装置

Evaporative Winding Coating Equipment Evaporative winding coating equipment is an efficient continuous evaporative coating system designed for rapid mass production. Utilizing a continuous wire feeding method, the deposition process is achieved by heating and evaporating coating material through a ...

スタッドレスタイヤ金属浴室用品/金製チンのPVD真空塗装機/磁気スプッター塗装装置

Introduction A magnetron sputtering coater is a device based on magnetron sputtering technology. It uses magnetic field constrained ions to bombard targets, depositing uniform, dense films on substrates. Why it's good : It is known for producing uniform, dense films with strong adhesion. What it's ...

パルスマグネトロンスプートリングコーティング機器 グラスコーティング メナタル pvd真空コーティングマシン

Introduction Structure: It is composed of a pulse power supply module, a magnetron sputtering chamber, a target material assembly, a vacuum system, a substrate transmission and temperature control unit, as well as an online monitoring system, etc. Working principle: By outputting a pulse voltage ...

汎用的な光学コーティングアプリケーションのためのコンパクト高精度電子ビーム蒸発コーティングマシン

Small Electron Beam Evaporation Coating Machines Core Technical Specifications Parameter Category Details Substrate Capacity Max size: Up to 6-inch (150mm); Compatible with 2"/4"/6" wafers/optical components; Min size: 10×10mm Vacuum Performance Ultimate vacuum: ≤ 1×10⁻⁶ Torr (1.3×10⁻⁴ Pa); Pumping ...

PVDスパッタリングイオンコーティング機 磁気スパッタリングコーター 金属膜電子分野の作製に使用

Introduction PRODUCT PRESENTATION A magnetron sputtering coater is a device based on magnetron sputtering technology. It uses magnetic field constrained ions to bombard targets, depositing uniform, dense films on substrates. Why it's good : It is known for producing uniform, dense films with strong ...