Microfluidics
Using ultra-short pulsed laser radiation, transparent materials such as glass, crystals or ceramics can be ablated, cut, drilled or structured with high precision for a wide range of applications. By
Microfluidic systems are used for the transport, filtration and mixing of very small quantities of liquids in the micro and picolitre range. The use of high-precision laser radiation opens up new
Microfluidic Diagnostic Laminates, or Lab-on-a-Chip Devices, are an optimized method for medical testing that require less fluid and materials. Microfluidic Diagnostic Laminates feature layers of
The display shows a fluidic manifold that operates a microfluidic chip precisely and completely pulsation-free – on up to eight channels simultaneously and in parallel. To handle various process
Control micro liquids and specimen with high accuracy using MEMS technology Contract manufacturing for chip & mold High accuracy structure & shape Various materials of Microfluidics Chip
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