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・Empty cell
・MEMS
・Electrochromic
・ITO Heater
・Microstructure
・G/G Multi TP

New technology

On this page we will introduce processing technology unique to techno print.

Empty cell(Thin glass laminatinging process technology)

We will help you create empty cells etc with thin glass laminating technology cultivated with glass / glass touch panel.

①Processing contents

・Glass + glass laminate(Can step cut). Glass + film lamination (Specification consultation necessary)

②Processing size

・MAX It is possible to process glass substrates up to 400 mm × 360 mm.Thinness up / down 0.2mm ~Available
G+F:(Specification consultation necessary )

③Machining record

・Gap between glass and glass:10~30μm(Bonding with sealing material)

Empty cellThin glass laminatinging process technology

MEMS(Thin film metal sensor processing)・・・Alcohol breath sensor

Patterning technology for multilayered thin film of Techno print contributes to processing of MEMS sensor parts.

* Patterning of metal thin film and coated insulating film realizes sensor part and its heater function.
Furthermore, sensors can be miniaturized as individual sides.

Illustration is an alcohol breath sensor linked with a smartphone.
* The real thing and the image are different.

Alcohol breath sensor

Electrochromic・・・NIMS・WASEDA・TAMA Art University Joint development project

An electrochromic type light control glass that can change light shielding state by applying electricity has been used for windows of airplanes and the like in recent years.
However, until now, there is no choice but to adjust the light shielding condition throughout the glass, and after shading it was impossible to enjoy the view outside the window.
This time, the research group developed a light control glass that changes the gradation using a polymer (organic / metal hybrid polymer) with electrochromic properties that we have studied so far.
Detail is here.

Techno print thin film processing technology is also utilized for pattern development and patterning processing on the ITO film formed on the glass of this product.

Electrochromic

ITO heater processing

It contributes to product making even by ITO patterning and Outline processing, and ACF crimping of wide FPC.

principle

When the electrode is energized, Joule heat is generated in the transparent conductive film,
heated with the glass, far infrared rays are emitted from the glass surface.

ITO heater

Size

Panel shape: minimum 10 mm x 10 mm to maximum 370 mm x 470 mm. Wafer shape: minimum to maximum 300 φ

ACF

Application

・For dew condensation prevention of surveillance cameras and equipment requiring visibility
・Micro flow path etc Want to warm while observing Chemical analysis, for cell culture experiment!
・For aircraft and special vehicle monitors that require full LCD performance!
・To prevent fogging of the mirror in the bathroom and the washroom!

Formation of fine structure

At TCN, we provide customized types of μm precision with various resist agents.
Pattern shape can be straight / circular (cylindrical)
Aspect ratio 5: 1 (film thickness 50 μm or more) possible, (3: 1 actual results)

  • I want a rectangular unit of μm in base with good accuracy, where should I order?
  • Where is the place customized even in small quantities?
  • I want you to customize various heights and shapes!

Thick film resist processing

Application example

Evaluation of tracking performance of adhesive, adhesive film, filler (inside of semiconductor PKG, etc.)
Micro folder such as micro LED
Cover glass spacer for solar cells etc.

In addition to simulation, evaluation and verification that is close to the actual machine is possible.
By creating a mask, it is possible to divide multiple shapes by changing the line width such as L shape, straight line, circular shape (cylindrical) etc. on the same board.
Aspect ratio 5: 1 (film thickness 50 μm or more) possible, height 2 to 100 μ possible
* However, the same height is on the same board.
Substrate size is easy to use up to 300 mm in large format □ 50, 100, 200 mm and any size can be cut.
Glass / silicon wafers etc are possible as base material.

Evaluation of viscosity, flow and followability of various adhesives · coating materials etc.

Industry first! Development of low load TP compatible with multi-touch
※ In the G / G resistive film method

By significantly reducing the load compared with the conventional G / G, light multi-touch input is realized.
By sealing the two glasses, it corresponds to use under harsh environments such as in the car under the scorching sun.
It is hardly affected by noise such as electromagnetic waves.
It is excellent in waterproof and moisture, and there is no malfunction due to waterdrop adhesion.

Touch Screen ControllerROHMBU21028FV-M

Pinch in / out operation which was impossible up to now with G / G resistance film TP is also possible with simultaneous detection of low load TP!

Pinch in / out operation which was impossible up to now with G / G resistance film TP is also possible with simultaneous detection of low load TP!

ROHM IC Pair with BU 21028 FV - M to enable flick operation function!

RHOM IC Pair with BU 21028 FV - M to enable flick operation function!