0.5ML and 2ML Microcentrifuge Tubes designed for precise and efficient sample handling in laboratories

The microcentrifuge tube is a crucial tool designed for precise and efficient sample handling in laboratories. Constructed from high-quality, optically clear material, the microcentrifuge tube offers excellent visibility for sample observation and analysis. With a compact size， it is ideal for handling small volumes of biological or chemical samples. Featuring a safe-lock cap or snap cap, the microcentrifuge tube ensures leak-proof containment during high-speed centrifugation and storage. The tube is also designed with clear graduations and labeling options, enabling accurate sample measurement and identification. Compatible with a wide range of microcentrifuges, this tube provides versatility and convenience for a diverse array of applications, including DNA/RNA extraction, PCR, and protein analysis.

Tube Volume: 0.5ml
Tube Volume: 2ml with safe-lock cap
Tube Volume: 2ml with snap cap
Material: PP
Tube Color: Transparent
Temperature Resistance: -80 to +121 °C
0.5ml tube Packing： 30000pcs/ctn
2ml with safe-lock cap Packing： 12000pcs/ctn
2ml with snap cap Packing： 10000pcs/ctn

product details

Applications:

1. DNA/RNA extraction: isolating DNA or RNA from biological samples through processes such as phenol-chloroform extraction or column-based purification.

2. PCR (Polymerase Chain Reaction): allow for the precise and controlled mixing of reaction components such as DNA templates, primers, and nucleotides.

3. Protein analysis: including protein quantification, immunoprecipitation, and protein purification.

4. Cell culture: including cell lysis, centrifugation, and storage of cell pellets.

5. Enzyme assays: enzyme kinetics studies or enzyme activity measurements often require microcentrifuge tubes for sample preparation and analysis.

6. Sample storage: storing small volume samples at low temperatures to maintain sample integrity.

7. Sample concentration: concentrating dilute samples through techniques such as ethanol precipitation or ultrafiltration.

8. Nucleic acid purification: plasmid minipreps, gel extraction, and column-based DNA/RNA purification.

9. Microbiological assays: including bacterial culture, cell counting, and antibiotic susceptibility testing.

10. Clinical diagnostics: clinical laboratories for processes like serum or plasma separation, as well as for storing small volume patient samples for analysis or further testing.