We can process tapes, rubber materials, labels, insulation materials, and more starting from a single piece, without molds for university researchers and corporate R&D departments. We also support OEM product processing for companies deal laboratory and scientific products.
For example, we offer total support for products including sealing materials for microplates and seals and tapes for fine-hole plates such as 1536-well plates, covering everything from product processing to packaging based on customer requirements.We have processing experience including various types of microfluidic chips with different shapes, microarrays with fine-holes, adhesive tapes and lamination processing for cell culture plates such as 24-well, 96-well, 384-well, and 1536-well plates, as well as the production of custom microplates.
Precision die-cutting of tapes and films / Processing of rubber and PDMS / Development and processing of tapes for microplates / Product manufacturing including planning, processing, and packaging
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【MOVIE】Custom-made microplate with a PDMS bottom
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【MOVIE】Bottomless Cell Culture Insert
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【MOVIE】Hydrophilic PDMS Sheet
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【MOVIE】Creating a Circular Type PDMS Seal
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【MOVIE】Create original microplates for perfusion cell culture
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【MOVIE】Microplates with unique shapes and functionalities
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【MOVIE】A flexible microfluidic channel chip without leachables at the bonded part
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【MOVIE】Microfluidic device with electrodes
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【MOVIE】Manufacturing microplate with a 0.1 mm thick glass bottom
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【MOVIE】Superhydrophilization of PDMS
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【MOVIE】Example of dispensing reagents (water-soluble ink) into a microchannel
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【MOVIE】Stretchable microchannel made of transparent EPDM rubber
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【MOVIE】5 mm channel height PDMS microfluidic channel
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【MOVIE】For flow cytometry users: simplifying cell filtration beyond traditional cell strainers
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【MOVIE】PDMS microfluidic channels for creating artificial blood vessel models
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【MOVIE】Ultra-thin PDMS Sheet
【MOVIE】Proposal of a 96-well compatible microplate mesh seal for Dr. Nozaki at Waseda University
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【MOVIE】Lamination of high-hardness 9H hard-coat film, OCA tape, and glass
Low-cost, small-batch production of microfluidic channels
Tape processing and lamination onto the bottom of 96-well and 384-well plates