The Straight Channel Chip - Various channel depths Fluidic 625 is a microfluidic device designed for the direct comparison of channel depth influence on assays and measurements. With a volume determined by either 60 µm or 80 µm channel depth, selectable by variant, and a total of 16 channels distributed equally among four configurations (with/without posts, two depths), this chip is ideal for applications demanding volume selection and multiparallel (multi-channel) analysis in microfluidics device development.
General
This straight channel chip with an arrangement of channels having the same dimensions besides the cavity depth and therefore different volumes allow for the direct comparison of the channel depth influence on the assay and the measurement. This chip assists in the choice of the right channel dimensions in the design process of integrated microfluidic devices. The 16 channels on this chip are presentd in 4 different versions: * Four channels with a depth of 60 µm with posts * Four channels with a depth of 60 µm without posts * Four channels with a depth of 80 µm with posts * Four channels with a depth of 80 µm without posts
Features & Benefits
- Direct Channel Depth Comparison: Enables direct assessment of how channel depth affects assay results and measurements, supporting accurate device optimization.
- Multiple Channel Configurations: Provides four depth/post combinations (16 channels total), giving a wide experimental range for microfluidic research.
- Topas Material: Constructed from robust, transparent Topas for excellent chemical resistance and optical clarity.
- Standardized Interface: Features a Mini Luer interface for seamless integration with standard lab hardware.
- Surface Treatment Options: Available hydrophilized or not treated, allowing tailored surface interaction based on experimental needs.
The Straight Channel Chip - Various channel depths Fluidic 625 is a useful development tool for microfluidic researchers and engineers. This chip allows direct, parallel testing of channels with different depths and the impact of posts within channels. As each chip includes 16 channels and covers four configurations, it provides a versatile platform for detailed characterizations. The design supports a systematic approach to optimizing microfluidic device dimensions. Construction from Topas and COC materials ensures robust performance, optical transparency, and compatibility with a wide range of biological and chemical assays. Researchers benefit from standard Mini Luer interfaces for straightforward experimental setup. This chip accelerates the design process by making channel depth effects easy to analyze.
Applications
Ideal for experimental protocols that demand systematic channel geometry comparison, microfluidic device prototyping, and parameters screening.
- Device dimension optimization
- Microfluidic assay development
- Fluid dynamics and flow characterization studies
Content
1x Straight Channel Chip - Various channel depths Fluidic 625
Specifications
| SKU | CS-10000768 | CS-10000767 |
| Design element | Channel | Channel |
| Material | Topas | Topas |
| Material chip body | Mcs-COC 13 | Mcs-COC 13 |
| Material chip lid | mcs-foil 011 (Topas; 140 µm; Tg 78°C) | mcs-foil 011 (Topas; 140 µm; Tg 78°C) |
| Color | Transparent | Transparent |
| Interface type | Mini Luer interface | Mini Luer interface |
| Surface treatment | Hydrophilized | Not treated |
| Membrane | no membrane | no membrane |
Documentation
Straight Channel Chip - Various channel depths Fluidic 625 datasheet
Check the chemical compatibilities for this product here:
Topas - Chemical Compatibility Chart
