Secure Lock Tubes: Ensuring Sample Security and Contamination-Free
Experiments
Small centrifuge tubes, commonly referred to as microfuge tubes or
micro centrifuge tubes, are essential tools in the modern
laboratory setting. These tubes, often made of high-quality
polypropylene material, are designed to withstand high speeds
during centrifugation without leakage or breakage. tubes, a
well-known brand of microtubes, are favored for their precision
engineering and reliable performance in various laboratory
applications. Laboratory microtubes, another term for small
centrifuge tubes, come in different sizes to accommodate varying
sample volumes, typically featuring a conical bottom design for
efficient pellet formation. Spin tubes, a colloquial name for
microfuge tubes, highlight their primary function of spinning
samples in a centrifuge to separate components based on density.
The secure locking mechanism of these tubes ensures sample
containment during high-speed centrifugation. Lock tubes, another
term for micro centrifuge tubes, emphasize the importance of
sealing samples securely to prevent contamination and sample loss.
These tubes are compatible with a wide range of laboratory
equipment, including microcentrifuges, PCR machines, and thermal
cyclers. Their transparent design allows for easy sample
visualization, while graduations on the side enable accurate sample
volume measurements. Small centrifuge tubes find applications in
molecular biology, biochemistry, and clinical diagnostics, playing
a crucial role in tasks such as DNA extraction, protein
purification, and enzyme assays. Their durability and compatibility
with various temperatures make them suitable for sample storage and
processing under different conditions. The conical shape of
laboratory microtubes aids in easy sample recovery by minimizing
sample retention on the tube walls, ensuring maximum sample
retrieval. In conclusion, small centrifuge tubes, known by
different names such as microfuge tubes, tubes, and spin tubes, are
indispensable tools in laboratory practices, offering versatility,
durability, and precise design for efficient sample processing and
analysis in research and diagnostic settings.
The production, packaging, and standards of microcentrifuge tubes
are essential aspects of their manufacturing process. These tubes
are designed to meet stringent quality and performance standards to
ensure their suitability for a wide range of laboratory
applications.
Production: Microcentrifuge tubes are typically manufactured using
high-quality polypropylene, a material known for its chemical
resistance and compatibility with various biological samples. The
production process involves precision molding to create tubes with
consistent dimensions and wall thickness. Quality control measures
are implemented to verify the integrity of each tube, including
checks for leakage, clarity, and the absence of contaminants.
Packaging: These microcentrifuge tubes are packaged in sterile and
non-sterile formats to accommodate different laboratory
requirements. Sterile tubes are individually wrapped to maintain
their sterility until use, while non-sterile tubes are often
supplied in bulk packaging. The packaging is designed to protect
the tubes from damage during transportation and storage, ensuring
that they arrive at the end user's facility in optimal condition.
| Material | Polypropylene |
| Volume | 0.5ml/1.5ml/2ml |
| Packaging | 500 tubes/polybag, 10 bags/carton |
| Tracking Label | Applied |
| Max centrifugal force | 12000RCF |
| Color | Transparent |
| Design | OEM/ODM |
| MOQ | 10,000 pcs |
| Sterlize | ELISA free |
Standards: these microcentrifuge tubes are manufactured in
compliance with industry standards and regulatory requirements to
ensure their safety and performance. These standards include ISO
certification, and adherence to guidelines for quality management
systems. Additionally, tubes intended for specific applications,
such as PCR or low-temperature storage, may be manufactured to meet
additional standards to ensure their suitability for those
purposes.
Application Scenarios: These microcentrifuge tubes find widespread
use in various laboratory applications, including molecular
biology, biochemistry, clinical diagnostics, and sample storage.
Their versatility and compatibility with a range of samples make
them indispensable tools in research and healthcare settings.
Q&A
A:How do lock tubes aid in sample organization and tracking?
Q:Lock tubes may come in color-coded options to help with sample
organization and tracking during experiments.
A:Can tubes withstand high centrifugal forces?
Q:Yes, tubes are designed to withstand high centrifugal forces during
sample centrifugation.
A:What volume range do microfuge tubes typically come in?
Q:Microfuge tubes typically come in sizes ranging from 0.5 mL to 2.0
mL for various laboratory applications.
