Microfluidic Glass Chip

Microfluidic Glass - Scalable Solutions for Difficult Structures

Our proprietary glass forming method realizes microfluidic structures with structures that were previously difficult on a wide range of glass substrates such as channels, columns, holes and stepped sidewalls. It is a microfluidic chip that has a micro-scale flow path and integrates operations such as mixing, reaction, analysis, and separation. In recent years, it is used not only as a micro-synthetic chemistry, but also as a non-clinical test device in the biomedical field. Microwell chips are well suited for ELISA, microbiological screening, storage, and transport of samples.

Application

Medical device related : Biosensor, Biochip

Assay : ELISA, Microbial screening

Experimental microreactor : On-chip analysis

Hygiene management and virus testing : Purification testing and analysis

Standard Production Spec

Glass Microfluidics

Glass Microwell

Pillar in Cavities

Cavities can feature holes, pillars or complicated flow path geometries.

Transparency

The inside of the flow paths as well as cavities, fillers and wells can be made optically transparent for better visibility.

Inspection Extensibility

Up to 3,000 wells on a standard-sized slide allows simultaneous testing and analysis of more samples.

Wide range of applications

With over 40 years of accumulated glass molding technology, we realize designs that were impossible with conventional processes.

Next Challenge

Low-cost chips capable of pre-positioning and fixing targets, forming ultra-fine flow paths with a width and height of 10 μm.