Leveraging our tape processing, film processing, and film lamination technologies, we can provide total solutions for containers, tips, and other components used in life science applications. We also offer material proposals ranging from prototype units to mass production. In particular, cell culture plates and microfluidic channels used in diagnostics and analysis, we can offer products tailored to customer requirements by combining our various processing techniques. We have extensive experience in microfluidic chips with various channel formats, microarrays with fine hole structures, adhesive tapes and lamination processing for cell culture plates including 24-well, 96-well, 384-well, and 1536-well formats, as well as the custom fabrication of microplates based on customer specifications.
Precision die-cutting of tapes and films / Microfabrication using UV lasers / Lamination of tape and film materials / Removal of air bubbles during lamination by pressure degassing / Hydrophilic surface treatment using sprayer / Packaging by tray packing / Processing in a super cleanroom environment (Class 1)
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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】Microfluidic device with electrodes
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【MOVIE】5 mm channel height PDMS microfluidic channel
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【MOVIE】Ultra-thin PDMS Sheet
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【MOVIE】A case study of low-leach adhesion enabled by molecular bonding through plasma treatment
Low-cost, small-batch production of microfluidic channels
Tape processing and lamination onto the bottom of 96-well and 384-well plates
End-to-end support from microfluidic channel fabrication to packaging
Acrylic microfluidic channels available from a single unit
Case study of die-cutting a 3 mm thick PP sheet into a complex shape for a caregiving component
Fabrication of a gas-permeable microplate sealing film
