To develop new products using the film technology, we have implemented technologies of Sputtering, vacuum vapor deposition other than the ion plating device shown in the picture.
真空蒸着顔料のこのシリーズ独自の視覚効果、優れた高光沢、隠蔽力、樹脂との互換性が強い。
This series of Vacuum Metallized Pigment have a unique visual effect, outstanding high gloss and hiding power, resin compatibility is strong.
トヨテックでは真空蒸着により誘電体の多層膜フィルター、金属ミラーなどの。
Producing optical filter product such as dielectric multi-layer filter and reflective mirrors by vacuum deposition.
薄膜の真空蒸着用蒸発源と材料の完全なラインのメーカー。
Manufacturer of a complete line of evaporation sources and materials for vacuum deposition of thin films.
E3の奥に見えるのはレンズコーティング用の真空蒸着炉。
Look in the back of the E3 is the lens coating for vacuum vapor deposition reactor。
In our company, sputtering, vacuum deposition, ion From various PVD such as plating, it is represented by TEOS film. We propose the most suitable method from the abundant film forming method to CVD.
The measurement values and the calculated values of the film thickness of Au atom by the argon gas pressure dependence in a vacuum evaporation equipment are compared.
A variety of processes can be used to metallise APTIV film including vacuum deposition, sputtering, electroless deposition and direct thermal bonding of metal foils.
Its sales and service operations were for components and small research systems. Until the mid-1980s, its main products included industrial equipment such as vacuum evaporation roll coaters and vacuum heat treatment furnaces.
Overview RF power generator for deposition are used, for example, for sputtering systems for manufacturing semiconductor electronic components and for the ion source in CVD or vacuum deposition systems.
Electroplating process has shorter cycle times and larger batch capacity, which can accommodate large production volumes Vacuum deposition process has long cycle times, which may restrict production volume.
The ST's robust IGBT inverter is inherently fault tolerant, making the series ideal for demanding applications such as semiconductor processing and vacuum deposition.
ULVAC will contribute to the manufacturing process of various types of LEDs, from conventional to high-brightness, through deposition equipment such as vacuum evaporation and sputtering, as well as PE-CVD equipment, and etching equipment.
OIKE's core technology consists of the roll-to-roll vacuum deposition and sputtering technologies(dry coating), which are used to apply various metals and oxides to plastic film, and the wet coating technology that is used to apply organic or inorganic composite coatings.
Within three years, they will develop the technique to manufacture all the parts of OLED devices including electronodes with printing processes, and lower the production cost because no vacuum deposition machine will be needed.
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