The Glass Meander Chip - Varying channel shapes - Fluidic 1077 is a glass microfluidic chip designed for precise and reliable fluidic experiments. It supports varying channel geometries and offers direct volume selection through its unique through-hole interface. The chip allows users to work with multiple channels on a single device, making it highly suitable for advanced multi-channel fluid manipulation with direct volumetric access.
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 and Thermal Resistance: The glass construction allows use with organic solvents and elevated temperatures. This improves experimental flexibility.
- Smooth Channel Surfaces: Wet etching creates smooth internal surfaces for optimal flow and minimizes sample loss or adsorption.
- Direct Pipetting Interface: The through-hole design enables direct liquid application by pipette, making manual handling simple and reducing contamination risk.
- Flexible Channel Design: The chip offers varying channel shapes within a single platform. This supports multi-path experiments on the same chip.
- Standard Slide Format: The microscopy slide footprint is compatible with standard lab holders and microscopes. This facilitates imaging and integration.
This device is built for flexibility and chemical compatibility. The chip’s glass body withstands both harsh chemicals and high temperatures, making it ideal for challenging lab work. The fabrication method guarantees reliably smooth channels, critical for consistent fluid handling.
Its practical interface means users can pipette liquids directly or connect standalone fluidic connectors. Varying channel shapes support multiple experiment setups on a single chip, offering unique value for development and routine testing.
Applications
This glass microfluidic chip is well-suited for experimental workflows requiring chemical resistance and precision. Its design makes it suitable for a variety of fluid manipulation tasks in research and diagnostics.
- Analytical chemistry experiments needing resistance to solvents
- Fluid mixing or separation studies in research labs
- Microscopy imaging applications in bioengineering
Content
1x Glass Meander Chip - Varying channel shapes - Fluidic 1077
Specifications
| SKU | CS-10001449 |
| 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 Meander Chip - Varying channel shapes Fluidic 1077 datasheet
