A versatile and autoclavable rack to hold up to 4 independent tubes: 1.5 mL Eppendorf (XS), 15 mL Falcon (S), 50 mL Falcon (M). This holder allows a convenient and sturdy setup with microfluidic systems using standard 1/4-28 fittings interfaced with any pressure source.
General
The Reservoir Holder keeps all your samples in one place and enables up to 4 tubes to be connected to their pressure source in a compact efficient way. The holder is autoclavable and should never come into contact with liquids when used properly, so you can re-use them with a fresh new Eppendorf or Falcon tube, without the risk of sample contamination.
The holder comes in 3 sizes to accommodate various reservoirs types: 1.5 mL Eppendorf (XS), 15 mL Falcon (S), 50 mL Falcon (M)
- Simplify your experimental setup
- Allows to quickly check which channel is connected to which tube
- Provides an easy visual check of how much sample is left in each tube
- Autoclavable for working under sterile conditions
- Robust with a durable design (hard anodized aluminum tank)
- Easy and convenient setup
- Compatible with ¼-28 fittings for 1/16" OD tubing or smaller (not compatible with 1/8" OD tubing)
Content
1x Reservoir holder: compatible with 1.5 mL Eppendorf tubes (XS), 15 mL Falcon tubes (S), or 50 mL Falcon tubes (M)
8x Tubes: based on the holder size, 1.5 mL Eppendorf tubes, 15 mL Falcon tubes, or 50 mL Falcon tubes
Note: this product does not come with 1/4-28 fittings or microfluidic tubing.
Specifications
| Material |
Hard anodized aluminum |
| Compatible fluid connectors (not included) |
1/4-28″ UNF female fittings |
| Reservoirs (disposable) |
1.5 mL Eppendorf tubes (XS) or 15 mL Falcon tubes (S) or 50 mL Falcon tubes (M) |
| Wetted materials |
Only disposable materials are wetted |
Setup
This microfluidic reservoir holder is adapted for Eppendorf® tube (1.5 mL) and intended to be used with a pressure source, pressurizing the reservoir and forcing the liquid through microfluidic tubing and into the microfluidic system.
- PRESSURE SUPPLY: Connect a dry, dust and oil-free pressure source to your instrument.
- MONITORING: Control the pressure and flow rate on your computer.
- SAMPLE: Pressurize liquids inside tanks with your pressure controller.
- CHIP: Pressurized liquids are smoothly and precisely injected onto your chip according to the set pressure or flow rate profile
