Production Technology

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New Process Lowers 1,000x Cost Difference of Gallium Arsenide

by Tom Allen

Stanford University researchers have developed a new manufacturing process for gallium arsenide – a semiconductor material that is faster than silicon, but around 1,000 times more expensive to work with. Smartphones already use gallium …

Tags:Large Display Monitor| Manufacturing| Mobile Display Monitor| Production Technology| Semiconductors| Vol 22 - Issue 13

Kopin’s Nanojet Process Has Greater Deposition Control

by Tom Allen

Kopin has developed and introduced a new production process for its reflective LCoS and transmissive Cyberdisplay microdisplays. The Nanojet system is designed to produce a purer, more uniform layering of liquid crystal material in …

Tags:Augmented Reality| Kopin| Microdisplays| Mobile Display Monitor| Production| Production Technology| Virtual Reality| Vol 22 - Issue 10

Production Automation Makes Up For Labour Shortage

by Tom Allen

In order to reduce the impact of rising wages and short labour supply in China, Inventec is said to have begun to trial production line automation at factories in Shanghai in late November. When …

Tags:Large Display Monitor| Mobile Display Monitor| Production Technology| Vol 22 - Issue 04

Stronger Shadow Masks Raise OLED Yields

by Bob Raikes

Korean Inha University researchers have developed a new shadow mask production method, which may raise high-resolution (500ppi+) OLED yield rates. It is possible that the new technique could entirely replace the existing etching process …

Tags:Korea| Large Display Monitor| Mobile Display Monitor| OLEDs| Production Technology| Vol 21 - Issue 50