The Glass Straight Channel Chip - H 37 µm W 100 µm channel - Fluidic 1072 is a glass microfluidic chip designed for precise liquid manipulation. It features a working channel with a height of 37 µm and width of 100 µm, with flexible volume selection depending on user application. This device offers a single straight channel, supporting streamlined experimental workflows requiring robust chemical compatibility.
General
Glass is the material of choice if you work with elevated temperatures or organic solvents. We offer standardized glass microfluidic chips in microscopy slide format made by wet etching (isotropic etching) to achieve smooth surfaces. Glass chips feature through-holes as fluidic interface. Liquids can be directly pipetted into the through-hole. Alternatively, we offer stand-alone olives, stand-alone Mini Luer and stand-alone Luer Lock interfaces which can be mounted directly on the chip through an adhesive ring.
Features & Benefits
- High Chemical Resistance: Glass material resists organic solvents and high temperatures. This makes it ideal for demanding lab work.
- Smooth Etched Channel Surfaces: Wet etching creates smooth microchannel surfaces for consistent fluidic performance and reliable experimental results.
- Flexible Fluidic Interface: Built-in through-holes allow direct pipetting of liquids. Optional connection accessories can be added for convenience and different setups.
This microfluidic glass chip is designed for use with organic solvents and elevated temperatures, where plastic substrates may not perform well. Wet etching technology ensures the channels are smooth, supporting experiments at the micro- and nanoscale without introducing surface defects. With transparent glass and standardized size, the chip integrates easily with microscopy systems.
The device supports direct sample pipetting via through-hole inlets and can also accommodate accessories for specialized fluidic interfaces. This flexibility allows users to adapt the chip to diverse experimental needs in research fields such as chemistry, biology, or materials science.
Applications
This chip is ideal for scientific applications requiring chemical resistance and high temperature tolerance. Its smooth channels support clean, reproducible microfluidic operations in a variety of research settings.
- Academic microfluidic research
- Chemical synthesis under harsh conditions
- Microscopy-based fluidic analysis
Content
1x Glass Straight Channel Chip - H 37 µm W 100 µm channel - Fluidic 1072
Specifications
| SKU | CS-10001444 |
| Material | Glass |
| Material chip body | Mcs-glass 02 |
| Material chip lid | No foil |
| Color | Transparent |
| Interface type | Through-hole interface |
| Surface treatment | Not treated |
| Membrane | No membrane |
| Design element | Channel |
Documentation
Glass Straight Channel Chip - H 37 µm W 100 µm channel Fluidic 1072 datasheet
