The Cross-Shaped Channel Chip - Extened size platform II Fluidic 189 is a microfluidic device designed for complex fluid handling and analysis. It features a double T-cross junction channel structure with a volume determined by the channel size (depth 50 µm, width 50 µm, length 134 mm). Multiple volume selection possibilities depend on operational protocols. The chip is equipped with four channel interfaces, supporting the handling of several flows or samples simultaneously.
General
These cross-shaped channel chips come in the extended size platform I shape (141 x 16 x 1.5 mm). They feature a double T-cross junction. The channels feature the following dimensions: * Channel depth: 50 µm * Channel width: 50 µm * Channel length: 134 mm This chip can either come with Luer interfaces or with through holes. Please make sure to order the interfaces that fit your set-up.
Features & Benefits
- Double T-Cross Junction: Enables mixing or splitting of fluids at intersecting channels for versatile microfluidic applications.
- Multiple Interface Types: Available with either through-hole or Luer interfaces to fit different system requirements.
- Precision Channel Fabrication: Micro-machined channels (50 µm depth, 50 µm width, 134 mm length) for consistent fluid dynamics.
- Material Options: Manufactured from PMMA or Topas for chemical compatibility and optical transparency.
- No Surface Treatments: Unmodified surface supports general applications and easy post-processing.
- Transparent Construction: Facilitates visual channel observation or imaging applications.
The Cross-Shaped Channel Chip - Extened size platform II Fluidic 189 is a flexible microfluidic component designed for controlled liquid flow in laboratory and industrial settings. By supporting both Luer and through-hole interface connections, it adapts easily to a range of system configurations. Precise channel dimensions ensure reproducibility across experiments, making the chip ideal for standardized procedures or research.The chip body uses PMMA or Topas for durability, while transparent design aids real-time observation. Absence of surface treatment allows users to apply their own treatments if needed for specialized tasks.
Applications
The product is suited to tasks involving microfluidic manipulation, such as sample mixing, droplet generation, or analyte separation in the following settings:
- Laboratory prototyping and research
- Biomedical fluid analysis
- Diagnostic device development
- Chemical or pharmaceutical micro-synthesis
- Controlled sample mixing and fraction collection
Content
1x Cross-Shaped Channel Chip - Extened size platform II Fluidic 189
Specifications
| SKU | CS-10001872 | CS-10000349 | CS-10000351 | CS-10001871 |
| Design element | Channel | Channel | Channel | Channel |
| Material | PMMA | Topas | Topas | PMMA |
| Material chip body | mcs-PMMA 08 | Mcs-COC 13 | Mcs-COC 13 | mcs-PMMA 08 |
| Material chip lid | mcs-foil 147 (PMMA; 175 µm; Tg 109°C) | mcs-foil 011 (Topas; 140 µm; Tg 78°C) | mcs-foil 011 (Topas; 140 µm; Tg 78°C) | mcs-foil 147 (PMMA; 175 µm; Tg 109°C) |
| Color | Transparent | Transparent | Transparent | Transparent |
| Interface type | Through-hole interface | Luer interface | Through-hole interface | Luer interface |
| Surface treatment | Not treated | Not treated | Not treated | Not treated |
| Membrane | no membrane | no membrane | no membrane | no membrane |
