Glass Chamber Chip - H 30 µm W 3.1 mm chamber Fluidic 1075

The Glass Chamber Chip - H 30 µm W 3.1 mm chamber - Fluidic 1075 is a standardized glass microfluidic chip designed for precise experiments requiring elevated temperatures or compatibility with organic solvents. Its chamber design supports fluid volumes with selectable input methods, offering direct liquid handling. The chip can be configured with multiple channels for various microfluidic applications.

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 higher temperatures, making the chip suitable for a wide range of experiments.
• Smooth Surface by Wet Etching: The manufacturing process uses wet etching for smooth, consistent microfluidic paths, promoting reliable fluid movement and imaging.
• Versatile Interface: The through-hole design supports direct pipetting, and additional connector interfaces can be attached for system integration.

This glass chamber chip is designed to handle demanding microfluidic applications. The smooth internal surfaces allow for effective channel flow, high imaging quality, and reproducible results. Its format fits standard microscopy requirements and works with various liquid delivery methods. Direct pipetting into the chip is possible, or users can mount connector accessories to customize their workflow. The chip body is made from transparent glass, ensuring no interference with optical detection or monitoring.
Researchers and engineers will find the chip ideal for experiments in chemistry, biology, or analytical science, where thermal and chemical durability, reliability, and precise fluidic interfacing are required.

Applications

This product is suitable for laboratory research, analytical chemistry, and biomedical microfluidics. It supports experiments with organic solvents, temperature-controlled reactions, and cell culture studies.

• Standardized microfluidics experiments
• Cell culture under optical monitoring
• Solvent-based chemical analysis

Content

1x Glass Chamber Chip - H 30 µm W 3.1 mm chamber - Fluidic 1075

Specifications

Documentation

Glass Chamber Chip - H 30 µm W 3.1 mm chamber Fluidic 1075 datasheet