Product Description
Consistent tube dimensions are what keep a flow cytometer loading smoothly run after run. FlowTubes™ are 12 x 75 mm, 5 mL polystyrene tubes with a neck diameter and wall thickness held to tight tolerances for reliable fit in FACS-style instruments.
This listing is for MTC Bio catalog number T9019, the Standard Cap for FlowTubes™ 12 x 75 mm FACS Tubes. The crystal-clear tubes are offered with a 35 µm nylon-mesh strainer cap, a standard two-position culture cap, or no cap, in sterile bags, individually wrapped, or as a non-sterile bulk pack. Separate strainer caps with 20, 70 or 100 µm mesh are color coded by pore size and supplied E-beam sterilized (SAL 10-6) in pouches of 25, so you can filter cell clusters into a single-cell suspension and protect the instrument from clogs. Order it from LIGHT LABS alongside the other MTC Bio supplies your lab uses every day.
Key Features
- Tight-Tolerance Necks – Controlled diameter and wall thickness for dependable instrument fit
- Clear Polystyrene – Crystal-clear 12 x 75 mm, 5 mL tubes
- Cap Options – Strainer cap, standard two-position cap, or uncapped
- Multiple Pore Sizes – Strainer caps in 20, 35, 70 and 100 µm mesh
- Color Coded – Strainer caps are colored by pore size for quick identification
- Sterile Supply – E-beam sterilized strainer caps (SAL 10-6) in pouches of 25
Specifications
| Catalog Number | T9019 |
| Brand | MTC Bio |
| Type | Standard two-position culture cap |
| Fits | 12 x 75 mm FlowTubes™ |
| Sterility | Non-sterile |
| Packaging | 125/Bag |
| Case Quantity | 1,000/Case |
| Tube Size | 12 x 75 mm |
Other Options in This Line
- T9005 – Polystyrene
- T9005-1S – Polystyrene
- T9009-20 – 20 µm Mesh, Translucent Red
- T9009
- T9009-70 – 70 µm Mesh, Opaque White
- T9009-100 – 100 µm Mesh, Translucent Yellow
- T9010 – Polystyrene
- T9014 – Polystyrene
- T9020 – Polystyrene
Applications
- Flow cytometry sample loading
- Fluorescence-activated cell sorting (FACS)
- Straining cells to a single-cell suspension
- Tissue dissociation cleanup
- Collecting dissociated samples for automated cytometry
