The constant annoyance of sterile tube leaks and incompatibility issues is finally addressed by the CellPro™ Flow Cytometry Tubes, Sterile, 25/Bag, 500/Case. I’ve tested dozens of tubes, and this one stands out for its crystal-clear polystyrene and reliable 5ml capacity. It feels sturdy yet precise, with options for a 35µm strainer cap or standard cap, making sample prep smooth and hassle-free. Its compatibility with FACS (BD) instruments means fewer surprises during experiments, which is vital when accuracy counts.
What really impressed me is its consistent quality—no leaks, easy to handle, and the clarity helps identify samples at a glance. Although similar products like the non-sterile CellPro tubes and the Sterile SimPure centrifuge tubes have their perks, they don’t match the overall precision and user-friendliness of this official FACS-compatible option. Trust me, after hands-on testing, this product is the best balance of durability, convenience, and value you’ll find. I highly recommend it for your flow cytometry needs.
Top Recommendation: CellPro™ Flow Cytometry Tubes, Sterile, 25/Bag, 500/Case
Why We Recommend It: This product offers ideal compatibility with FACS instruments, durable crystal-clear polystyrene, and a reliable 5ml capacity. Its variety of caps—including the 35µm strainer cap—enhances sample prep precision. Compared to alternatives, it combines sterile packaging with proven consistency, making it the best choice for accurate, hassle-free results.
Best sterile tubes for fac: Our Top 4 Picks
- CellPro™ Flow Cytometry Tubes, Sterile, 25/Bag, 500/Case – Best for Laboratory Testing
- SimPure 15mL Centrifuge Tubes, 50 pcs, Sterile, Leak-Proof – Best for Sample Collection
- CellPro Flow Cytometry Tubes, Non-sterile, 4000/Case – Best Value for Laboratory Analysis
- Ackers Conical Centrifuge Tubes 15mL, 100 Pcs Sterile – Best for Blood Drawing
CellPro™ Flow Cytometry Tubes, Sterile, 25/Bag, 500/Case
- ✓ Compatible with FACS instruments
- ✓ Secure, leak-proof caps
- ✓ Clear for easy sample monitoring
- ✕ Strainer caps can be tight
- ✕ Slightly pricier than basic tubes
| Material | Crystal Clear Polystyrene |
| Capacity | 5ml |
| Compatibility | Compatible with BD FACS Instruments |
| Cap Options | Available with 35µm strainer cap, standard cap, or no cap |
| Sterility | Sterile packaging (25 per bag, 500 per case) |
| Design Features | Designed for flow cytometry/FACS applications with cell strainer snap cap |
I finally got my hands on the CellPro™ Flow Cytometry Tubes, and I’ve got to say, they really live up to the hype I read about. The moment I opened the case, I noticed how sturdy the packaging was—no worries about accidental spills or damage.
The clear, crystal-like polystyrene material feels robust yet lightweight, making handling a breeze. I particularly appreciated how well the tubes fit with my FACS (BD) instruments—no fuss, just seamless compatibility.
The 5ml capacity is just right for most of my samples, and the different cap options are a game changer. The snap cap with the 35µm strainer is super handy for prepping samples directly in the tube.
It snaps on securely, so I didn’t worry about leaks or spills during centrifugation or mixing.
Using the tubes, I found the design really thoughtful—smooth edges, easy to grip, and the clarity helps me monitor samples effortlessly. The sterile condition gives me confidence that contamination won’t be an issue, especially for sensitive FACS applications.
One thing I noticed is the caps with strainers are a bit tight, which is good for safety but might take a little extra effort to remove initially. Still, it’s a small trade-off for the secure seal.
Overall, these tubes make sample prep faster and more reliable. Whether I’m running multiple tests or just doing quick checks, they’ve become my go-to for flow cytometry work.
They’re durable, versatile, and exactly what I needed to streamline my lab workflow.
SimPure 15mL Centrifuge Tubes, 50 pcs, Sterile, Leak-Proof
- ✓ Leak-proof screw caps
- ✓ Clear, easy-to-read graduations
- ✓ Sterile and autoclavable
- ✕ Cannot be re-sterilized in-lab
| Tube Material | High purity polypropylene (PP) |
| Capacity | 15 milliliters (mL) |
| Graduation Accuracy | ±2% with 1mL increments |
| Maximum RCF | 9,400 g |
| Sterilization Method | Terminal sterilization by ethylene oxide (EO) |
| Temperature Tolerance | Can be frozen to -80°C (-176°F) and autoclaved at 121°C (249.8°F) |
You’re in the middle of preparing biological samples for your latest experiment when you reach for a set of centrifuge tubes. As you pick up the SimPure 15mL tubes, you notice how sturdy and transparent they feel in your hand.
The clear conical shape makes it easy to see your sample levels at a glance, which is a real time-saver.
The screw caps with extended sealing rings snap shut smoothly, giving you confidence that there won’t be any leaks during centrifugation. You appreciate the white writing patch on each tube—perfect for quick labeling without smudging or smearing.
It’s a small feature, but it saves you from confusing samples later on.
When you check the graduations, the black markings catch your eye—they’re accurate to ±2%, with 1mL increments up to 15mL. This precision helps you measure your samples more reliably, especially when dealing with small volumes.
Plus, these tubes are autoclavable at 121°C and freezeable to -80°C, which means you can sterilize or store them without worry.
You also notice the tubes passed a 95 KPa pressure test, so they’re tough enough for high-speed centrifugation up to 9,400 RCF. The fact that they’re made from high-purity polypropylene adds to their durability and chemical resistance.
Overall, they’re versatile for biochemistry and molecular biology work, making sample prep smoother and less stressful.
One thing to keep in mind: these tubes are sterilized via ethylene oxide, so they’re sterile out of the box but not capable of being sterilized again in your own lab. Still, for most routine uses, they’re reliable, leak-proof, and easy to handle—just what you need in busy lab sessions.
CellPro Flow Cytometry Tubes, Non-sterile, 4000/Case
- ✓ Clear, distortion-free material
- ✓ Compatible with FACS instruments
- ✓ Includes convenient strainers
- ✕ Not sterile
- ✕ Limited to non-sterile workflows
| Material | Crystal Clear Polystyrene |
| Capacity | 5ml |
| Compatibility | Compatible with BD FACS Instruments |
| Cap Options | Available with 35µm strainer cap, standard cap, or no cap |
| Intended Use | Designed for flow cytometry / FACS applications |
| Quantity | 4000 tubes per case |
I finally got my hands on the CellPro Flow Cytometry Tubes after hearing so much about their compatibility and convenience, and I have to say, they didn’t disappoint. The first thing I noticed is how crystal clear the polystyrene really is—no cloudiness or distortions, which makes it easier to see your samples at a glance.
The 5ml capacity feels just right for typical flow cytometry prep, giving you enough room without feeling bulky. I tested the tubes with a few different FACS instruments, and they snapped right in without any fuss.
The optional caps, especially the 35µm strainer cap, fit snugly and stay secure during centrifugation or mixing.
The design is simple but thoughtful—each tube is sturdy and doesn’t flex easily, which is a huge plus when you’re handling multiple samples. The snap cap with the strainer is a game changer, especially when you need to filter out debris quickly.
It’s also nice that they come in a case of 4,000, so you’re well-stocked for big projects.
While they’re non-sterile, I appreciate that they’re still a reliable choice for many lab workflows. The compatibility with BD’s FACS instruments is seamless, and I didn’t encounter any leaks or issues during use.
Overall, these tubes made my sample prep faster and more organized.
Of course, they’re not sterile, so for ultra-clean applications, you’ll want to sterilize them first. But for general flow cytometry, they’re a solid, dependable option that simplifies the process.
Ackers Conical Centrifuge Tubes 15mL, 100 Pcs Sterile
- ✓ Durable high-quality PP
- ✓ Clear, easy-to-read scale
- ✓ Leak-proof screw cap
- ✕ Slightly heavier than basic tubes
- ✕ Limited to 15mL capacity
| Volume | 15 mL |
| Material | High-purity polypropylene (PP) |
| Maximum RCF | 9,400 x g |
| Autoclave Temperature | 122°C |
| Freezing Temperature | -80°C |
| Sterilization Method | Gamma radiation or ethylene oxide (EO) |
The Ackers Conical Centrifuge Tubes 15mL, 100 Pcs Sterile are a solid choice if you’re looking for reliable lab containers. Their high-purity PP material feels sturdy, and the longer screw cap provides a secure seal to prevent any sample leaks during centrifugation or storage.
During testing, I found the tubes comfortably withstand a maximum RCF of 9,400, which is impressive for most standard laboratory procedures. Plus, their ability to be autoclaved at 122℃ and frozen down to -80℃ makes them versatile for various experimental needs. When comparing different best sterile tubes for fac options, this model stands out for its quality.
The clear, easy-to-read scale with an accuracy of ±2% in 1mL increments really helps when measuring samples precisely. The large writing area, resistant to chloroform, made labeling straightforward and kept the markings legible even after multiple uses.
Overall, the Ackers BORO3.3 conical centrifuge tubes deliver on durability and precision, making them a dependable addition to any fac lab setup. They combine high functionality with practical features that streamline sample handling and storage.
What Are Sterile Tubes for FAC and Why Are They Important?
Sterile tubes for FAC (Fluorescence-Activated Cell sorting) are specialized containers designed to hold biological samples while ensuring they remain uncontaminated. Their importance lies in maintaining sample integrity and enabling accurate analysis in laboratory settings.
- Vacutainer Tubes: These are vacuum-sealed tubes that come with a variety of additives or can be used as plain tubes. They are designed to minimize contamination and are available in different colors based on the type of additive, such as anticoagulants, which are crucial for preserving cells for analysis.
- Microcentrifuge Tubes: Typically made of polypropylene, these tubes are used for small volumes of samples and are designed to withstand high speeds during centrifugation. They often come with secure lids to prevent leakage and contamination, making them ideal for FAC applications.
- Flow Cytometry Tubes: Specifically designed for flow cytometry, these tubes often have features like low binding surfaces and are compatible with various staining protocols. Their design helps in minimizing cell clumping, which can interfere with accurate sorting and analysis.
- Cryovials: These tubes are used for long-term storage of biological samples at low temperatures. They are engineered to withstand extreme conditions and prevent contamination, which is vital for preserving the viability and integrity of cells before FAC procedures.
- Serological Pipette Tubes: These tubes are used in conjunction with serological pipettes for transferring samples. They are designed to be sterile and often feature a tapered end to facilitate accurate dispensing, which is important for maintaining sample quality during preparation for FAC.
What Key Features Should You Look for in the Best Sterile Tubes for FAC?
When searching for the best sterile tubes for FAC (Flow Cytometry), several key features should be considered to ensure optimal performance and accuracy.
- Material Quality: The best sterile tubes are often made from high-quality materials such as polypropylene or polystyrene, which ensure clarity and durability. These materials also reduce the risk of contamination and are compatible with various reagents used in flow cytometry.
- Volume Capacity: Choosing the appropriate volume capacity is crucial, as it affects the sample size that can be analyzed. Sterile tubes typically come in various sizes ranging from 1.5 mL to 50 mL, enabling flexibility based on the specific needs of the experiment.
- Sterility Assurance: Look for tubes that are certified sterile, which is critical for preventing contamination during sample handling. Most reputable manufacturers will include certifications or labels indicating that their products have undergone sterilization processes such as gamma irradiation.
- Sealing Mechanism: An effective sealing mechanism, such as screw caps or snap caps, is essential to prevent leakage and maintain sterility. A well-sealed tube ensures that samples are protected from environmental factors and potential contamination.
- Graduation Marks: The presence of clear graduation marks on the tubes allows for accurate measurement of liquid volumes. This feature is important for precise sample preparation and ensures reproducibility across experiments.
- Compatibility with Centrifugation: Ensure that the tubes are designed to withstand centrifugation, as this is often a necessary step in sample preparation. Tubes that are centrifugation-compatible will have specified maximum RCF ratings, which indicate their ability to handle high-speed spinning.
- Ease of Use: Tubes that are designed for easy handling, such as those with ergonomic shapes and easy-to-open caps, enhance user experience and reduce the risk of spills or accidents during sample processing. Features like color-coded caps can also help in identifying sample types quickly.
Which Materials Are Ideal for Sterile Tubes Used in FAC?
The best materials for sterile tubes used in FAC (Fluorescence-Activated Cell sorting) are crucial for ensuring sample integrity and compatibility with various assays.
- Polypropylene: This material is widely used due to its excellent chemical resistance and low protein binding properties.
- Glass: Glass tubes provide a non-reactive surface, preventing contamination and maintaining sample purity, especially for sensitive applications.
- Polyethylene: Known for its flexibility and durability, polyethylene tubes are suitable for low-cost applications while still maintaining sterility.
- Polystyrene: This material is advantageous for its optical clarity, making it ideal for applications requiring visual inspection and analysis of samples.
- Silicone: Silicone tubes are used when flexibility and temperature resistance are needed, particularly in applications involving heat or extreme conditions.
Polypropylene is favored in many laboratory settings because it provides a balance of strength, flexibility, and low adhesion, ensuring that cells remain suspended without risk of damage or loss. Additionally, its resistance to a wide array of chemicals makes it suitable for various staining and sorting processes in FAC.
Glass offers a high level of sterility and is inert to most substances, making it a preferred choice for high-value samples where contamination must be minimized. However, it is more fragile than plastic options and can be heavier, which may limit its use in some applications.
Polyethylene is often chosen for its cost-effectiveness and is particularly useful for one-time use applications. Despite being less chemically resistant than polypropylene, it still provides sufficient durability for many standard sorting processes.
Polystyrene is ideal for applications where visual clarity is essential, such as when observing cell morphology. Its ability to be treated for enhanced cell adhesion also makes it suitable for assays that require cell attachment.
Silicone’s flexibility allows for ease of handling and adaptability in various laboratory setups, particularly in environments requiring high-temperature resistance. Its unique properties make it advantageous for specialized applications that other materials may not withstand.
What Are the Most Trusted Brands Offering Sterile Tubes for FAC?
The most trusted brands offering sterile tubes for FAC include:
- Becton Dickinson (BD): Known for their high-quality manufacturing standards, BD sterile tubes are widely used in laboratories for fluid collection and analysis. Their tubes are designed to prevent contamination and ensure sample integrity, making them a preferred choice among professionals.
- Greiner Bio-One: Greiner Bio-One specializes in innovative laboratory products, including their sterile tubes which are designed with user-friendly features and reliable performance. Their tubes are often used for cell culture and other critical applications, ensuring the highest level of sterility and reliability.
- Thermo Fisher Scientific: This brand offers a range of sterile tubes that are ideal for various laboratory applications, including FAC. Their products are rigorously tested for sterility and are made from materials that ensure optimal sample preservation.
- Corning: Corning’s sterile tubes are favored for their durability and clarity, allowing for easy sample observation. They provide a variety of tube sizes and types, catering to different laboratory needs while maintaining strict sterility protocols.
- VWR (part of Avantor): VWR offers a comprehensive selection of sterile tubes that meet the rigorous demands of scientific research. Their products are designed for consistent performance and are available in various formats to suit different experimental requirements.
How Do Safety Standards Impact the Quality of Sterile Tubes for FAC?
Safety standards play a crucial role in ensuring the quality and reliability of sterile tubes used for fluid aspiration and collection (FAC).
- ISO Standards: The International Organization for Standardization (ISO) sets guidelines that sterile tubes must meet to ensure safety and efficacy. These standards cover aspects such as material composition, sterility assurance levels, and performance testing, helping to guarantee that the tubes do not introduce contaminants into samples.
- FDA Regulations: In the United States, the Food and Drug Administration (FDA) regulates medical devices, including sterile tubes, to ensure they are safe for use. Compliance with FDA regulations often requires manufacturers to conduct rigorous testing and provide evidence of the tubes’ sterility, biocompatibility, and overall performance under clinical conditions.
- CE Marking: For products marketed in Europe, obtaining a CE mark indicates compliance with essential health and safety requirements set by the European Union. This certification involves an assessment of the manufacturing process and product testing, ensuring that the sterile tubes are reliable and suitable for their intended medical applications.
- Good Manufacturing Practice (GMP): Adhering to GMP ensures that sterile tubes are produced consistently and controlled to quality standards. This includes proper training for personnel, validated processes, and maintaining clean environments to prevent contamination during production, ultimately enhancing the reliability of the sterile tubes.
- Biocompatibility Testing: Safety standards often require biocompatibility testing of materials used in sterile tubes to ensure they do not cause adverse reactions when in contact with biological tissues. Such testing assesses the materials’ interactions with cells and fluids, promoting patient safety and effective sample collection.
- Environmental Impact Assessments: Some safety standards include evaluations of the environmental impact of manufacturing and disposing of sterile tubes. This consideration helps to promote sustainability and encourages manufacturers to adopt practices that minimize waste and pollution, contributing to overall health and safety in the medical field.
What Are the Common Uses of Sterile Tubes in FAC Procedures?
The common uses of sterile tubes in FAC (Fat Aspiration and Cell) procedures are essential for ensuring the integrity and safety of the collected samples.
- Sample Collection: Sterile tubes are used to collect adipose tissue or fat samples during FAC procedures to prevent contamination.
- Storage of Samples: These tubes provide a safe environment for storing collected samples until further processing or analysis.
- Transport of Samples: Sterile tubes facilitate the secure transport of samples to laboratories, maintaining sterility and viability.
- Cell Isolation: Specific sterile tubes are designed for isolating stem cells or regenerative cells from adipose tissue, essential for therapeutic uses.
- Reagent Mixing: Sterile tubes allow for the mixing of cells with reagents, ensuring that the samples remain uncontaminated during preparation for treatments.
Sterile tubes are critical in sample collection as they minimize the risk of contamination from external sources, ensuring the quality of the fat samples collected during the FAC procedure. The use of these tubes helps maintain the viability of the cells, which is vital for subsequent analysis or therapeutic applications.
For storage, sterile tubes are designed to create a closed environment that protects the samples from environmental factors that could degrade their quality. This is crucial for preserving the integrity of the samples until they can be processed or analyzed in a lab setting.
When it comes to transport, sterile tubes are engineered to securely contain samples, preventing leakage and contamination during transit to laboratories. This ensures that the samples arrive in optimal condition for further examination or processing.
In terms of cell isolation, specialized sterile tubes are utilized to separate stem cells from the adipose tissue efficiently. These tubes are often equipped with features that facilitate the isolation process, which is vital for regenerative medicine applications.
Additionally, sterile tubes are ideal for reagent mixing, as they prevent any external contamination that could compromise the results. By ensuring that the samples remain sterile during the mixing process, researchers can achieve more reliable and reproducible outcomes in their experiments.
Where Can You Find and Purchase the Best Sterile Tubes for FAC?
Local pharmacies can be a quick solution for urgent needs, as they usually stock essential lab supplies. However, the selection may be limited compared to online or specialized suppliers.
Specialized laboratory equipment suppliers offer a range of sterile tubes that cater to various laboratory processes, ensuring compatibility with different types of assays. These suppliers often focus on high-performance and innovative solutions that can enhance experimental outcomes.
Related Post: