LAB ON A CHIP
Miniaturization is key to increase production capacities while decreasing resource requirements. Microfluidics in glass offer new possiblitites for chemical synthesis and high-throughput screening on-chip. Glassomer provides complex chip designs in high-quality glass.
MINIATURIZATION IN FUSED SILICA GLASS
Miniaturization is key to increase production capacities while decreasing resource requirements.
Do you want to increase your analysis or synthesis throughput? Glassomer produces high-resolution, high-precision glass chips for microfluidic applications – with high thermal and chemical stability.
Microfluidics, the handling of small liquid volumina in microchannels, offers new possibilities for synthesis and analysis. Different laws for flows apply in such small volumina – enabling more effective reactions but at the same time requiring complex channel geometries. Most chips are nowadays made from polymers. Especially for chemical synthesis, conventional polymer chips are not suited due to their limited stability.
Glass offers an unmatched chemical stability combined with high transparency. This way, complex syntheses can be realized and combined with optical analysis on-chip. With the Glassomer Technology, even complex designs can be fabricated.
Glassomer offers intricate biochips in fused silica, but can also withstand the harsh conditions of chemical synthesis on-chip.
EXAMPLES OF GLASS LOC DEVICES
Glassomer produces precise high-quality microfluidic chips in fused silica – in cooperation with microfluidic chip shop.
3D PRINTED CHIP
Glassomer offers direct 3D Printing of chips for maximum freedom of design and easy chip prototyping.