協立化学産業株式会社


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Process verification

Dispenser

定量塗布。形状描画

Quantitative application and shape drawing

This instrument is used for quantitative application of a resin in a stable manner by accurately controlling the discharge pressure and time. Arbitrary shapes can be drawn by using the instrument along with the ancillary robot.

The instrument is used for producing samples for evaluation, and evaluating the discharge characteristics of products.

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Laminating system

剛体同士を貼合せる装置

Used for laminating rigid with rigid

This system can laminate rigid with rigid. The system allows glass and PMMA pieces as well as actual products such as cover lenses/touch sensors and touch sensors/displays to be laminated automatically without including air bubbles.

The instrument is used for producing test pieces for product process adequacy evaluation, reliability testing and display irregularity evaluation.

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Continuous coating machine

電池用塗工試験片の作製

Production of coating test pieces for battery

This is a micro-gravure coating machine which can perform coating work continuously on a roll-to-roll basis. Available for hot-air drying, IR drying and UV curing, the machine is used for continuously coating our products on substrates for material evaluation, and identifying the reference coating conditions of our clients’ machines. Because an accuracy exceeding those of manual or batch coating machines is achieved and coating work can be performed as if a real machine is used, it is also applied to the production of test battery cells which are closely related to client evaluation.

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Dry glove box

評価用電池の組立

Assembly of a battery for evaluation

This is an argon glove box incorporating a catalyst tower, which can minimize moisture and oxygen. As the internal pressure and environment inside the box are automatically controlled, the experiments can be conducted under optimal conditions at any time.

This facility is also used for producing prototypes of lithium ion batteries vulnerable to water, and those of TEM and EPMA which should be produced by eliminating the effects of oxygen.

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