Blood Collection Tubes in the United States: Top Manufacturers, Distributors, and Buying Guide

Summary

• Major blood collection tube manufacturers serving the United States include Becton, Dickinson and Company (BD), Greiner Bio-One, Sarstedt, and Terumo Blood and Cell Technologies, while distributors such as McKesson, Cardinal Health, Medline, Henry Schein, Avantor, Fisher Scientific, and Thomas Scientific supply tubes to healthcare organizations.
• The correct tube depends on the specimen, laboratory test, additive, fill volume, handling requirements, and analyzer compatibility. Common options include serum, serum separator, lithium-Heparin, sodium-citrate, EDTA, fluoride or oxalate, trace-element, and specialty tubes.
• U.S. purchasers should verify FDA clearance or authorization, lot traceability, expiration dates, storage conditions, CLSI-aligned collection practices, OSHA requirements, shipping policies, and total cost before selecting a supplier.

Blood collection tubes are among the most frequently purchased items in hospitals, physician offices, outpatient laboratories, urgent-care clinics, blood donation centers, home-health programs, and Mobile Phlebotomy services across the United States. Although a tube may appear to be a simple plastic container, its additive, interior coating, stopper, fill volume, vacuum, material, and labeling can directly affect specimen quality and laboratory results.

U.S. buyers can purchase phlebotomy blood collection tubes from two main types of businesses. The first group consists of manufacturers that design and produce evacuated tubes and specialty collection systems. The second group consists of medical-supply distributors, laboratory suppliers, group purchasing organizations, and e-commerce vendors that resell products from multiple manufacturers.

The most recognizable manufacturers in the U.S. market include Becton, Dickinson and Company, commonly known as BD; Greiner Bio-One; Sarstedt; and Terumo Blood and Cell Technologies. Major distributors include McKesson Medical-Surgical, Cardinal Health, Medline, Henry Schein, Avantor and its laboratory supply businesses, Fisher Scientific, Thomas Scientific, and regional laboratory and healthcare distributors. Product availability changes by state, account type, contract, and inventory status, so purchasers should confirm current catalog numbers and regulatory documentation before placing an order.

Understanding the U.S. Blood Collection Tube Market

Demand for blood collection tubes is closely connected to the scale of diagnostic testing in the United States. The Centers for Disease Control and Prevention’s National Center for Health Statistics has reported that approximately 95% of Americans visit a physician, hospital outpatient department, or emergency department at least once during a typical year, creating a large base of clinical encounters in which laboratory testing may be ordered. National surveys and laboratory-industry analyses commonly estimate that billions of clinical laboratory tests are performed annually in the United States, although the exact total varies according to the definition of a “test.”

Laboratory medicine is also involved in a substantial share of clinical decisions. A frequently cited industry estimate is that laboratory results influence approximately 60% to 70% of medical decisions. The exact percentage is debated and depends on the source and methodology, but the underlying point is important: preanalytical errors involving patient identification, collection tubes, order of draw, underfilling, clotting, hemolysis, or improper transport can affect treatment decisions.

The U.S. Bureau of Labor Statistics continues to classify phlebotomists as a large and growing healthcare occupation. Recent occupational projections have placed employment in the range of more than 130,000 phlebotomists nationwide, with faster-than-average growth expected over a ten-year projection period. This workforce, along with nurses, medical assistants, laboratory technicians, and mobile collectors, uses millions of blood collection tubes in routine practice.

Purchasing volume varies considerably. A small physician practice may order a few hundred tubes at a time, while a hospital laboratory or national reference laboratory may purchase hundreds of thousands or millions of tubes through annual contracts. A buyer’s best supplier therefore depends not only on product quality but also on volume, delivery frequency, inventory controls, contract pricing, and technical support.

Leading Manufacturers of Blood Collection Tubes

Becton, Dickinson and Company

Becton, Dickinson and Company, generally called BD, is one of the most widely recognized suppliers of blood collection systems in the United States. Its Vacutainer family has become a standard reference point in phlebotomy, and many clinicians use the word “Vacutainer” generically when discussing evacuated tubes, even when another manufacturer’s product is being used.

BD supplies a broad range of tube types, including serum tubes, serum separator tubes, EDTA tubes, Sodium Citrate coagulation tubes, lithium-Heparin tubes, glucose tubes, trace-element tubes, and specialty tubes for molecular or microbiology applications. Depending on the product line, tubes may be available in plastic or glass, different draw volumes, different stopper colors, and configurations intended for serum, plasma, or whole Blood Testing.

BD products are sold directly to large healthcare systems and through national distributors. Hospitals often purchase them under a corporate or group purchasing contract. Smaller practices may buy BD tubes through medical-supply distributors, laboratory catalogs, or authorized resellers. Buyers should compare the exact product number rather than relying only on stopper color because color conventions can differ among manufacturers and product families.

Greiner Bio-One

Greiner Bio-One is another major manufacturer serving U.S. clinical laboratories. Its VACUETTE blood collection system includes tubes for serum, plasma, coagulation, hematology, glucose testing, trace elements, and other specialized applications. Greiner Bio-One is particularly visible in laboratories that use plastic evacuated tubes and standardized tube systems across multiple departments.

Greiner tubes are sold through laboratory distributors and direct institutional agreements. The company’s product range includes serum separator tubes, lithium-Heparin plasma separator tubes, EDTA tubes, citrate tubes, and specialty products for tests that require low contamination or specific specimen conditions.

For organizations evaluating Greiner Bio-One against another brand, the key questions involve analyzer validation, tube dimensions, additive composition, draw volume, clot-activation performance, centrifugation instructions, and whether the laboratory’s existing automation line accepts the tube. A tube that appears interchangeable may still require verification before routine implementation.

Sarstedt

Sarstedt supplies blood collection and laboratory specimen products in the United States through its North American operations and distribution channels. Its product families include S-Monovette systems and other tubes or collection devices designed for serum, plasma, coagulation, hematology, and specialty testing.

One characteristic associated with the S-Monovette concept is that it can support aspiration or vacuum-based collection, depending on the configuration. This may be useful in settings that want flexibility for difficult draws, pediatric collection, Geriatric Patients, or veins with limited blood flow. However, compatibility with needles, holders, transfer devices, and laboratory automation must be evaluated before a system is adopted.

Sarstedt is commonly considered by hospitals, reference laboratories, research facilities, and specialty clinics that want an alternative to the largest U.S. brands. Availability may be strongest through laboratory-focused distributors rather than general medical-supply catalogs.

Terumo Blood and Cell Technologies

Terumo Blood and Cell Technologies is best known for blood banking, apheresis, and cellular-therapy equipment, but Terumo and affiliated product lines also serve blood collection and specimen-management needs. Buyers should distinguish between tubes intended for routine diagnostic phlebotomy and products designed for blood donation, component processing, cell therapy, or specialized research applications.

Terumo products may be appropriate for blood centers and specialized collection programs, while routine physician-office purchasers may find that BD, Greiner Bio-One, Sarstedt, or distributor-owned alternatives are more readily available. Product descriptions, intended use, and regulatory status should be reviewed carefully because blood-bank collection containers are not automatically substitutes for diagnostic blood tubes.

Other Specialty and Private-Label Sources

The U.S. market also contains smaller manufacturers, specialty suppliers, and private-label products. Some companies focus on trace-element testing, pediatric tubes, capillary collection, molecular diagnostics, or research-use-only products. Certain distributors offer house-brand tubes manufactured by an outside company.

Private-label products can reduce acquisition costs, particularly for high-volume practices, but the buyer should not evaluate them solely by price. Important checks include additive concentration, vacuum stability, lot-to-lot consistency, tube dimensions, stopper integrity, package labeling, documentation, and laboratory validation. A low-cost tube that causes redraws or analyzer problems may be more expensive over time.

Major U.S. Distributors and Purchasing Channels

McKesson Medical-Surgical

McKesson Medical-Surgical is one of the largest healthcare distributors in the United States and supplies hospitals, physician practices, ambulatory centers, long-term-care facilities, and other healthcare organizations. Its catalog commonly includes products from major blood tube manufacturers, along with needles, tube holders, safety devices, specimen bags, labels, transport containers, and sharps-disposal products.

McKesson may be attractive to buyers that want to consolidate multiple phlebotomy supplies into one purchase order. Contract pricing, minimum order requirements, freight charges, and account eligibility can vary. Large customers may receive negotiated pricing that is not available to individual purchasers.

Cardinal Health

Cardinal Health Medical Solutions distributes medical and laboratory supplies to Healthcare Providers throughout the United States. Blood collection tubes are generally purchased as part of a broader category that includes Venipuncture needles, syringes, safety-engineered collection devices, gauze, antiseptic products, specimen labels, and laboratory transport supplies.

Cardinal Health is particularly relevant for hospitals and integrated delivery networks that already use its distribution services. A purchasing department should ask whether tube pricing is tied to a system-wide contract, whether substitutions are permitted, and whether backordered products may be replaced without laboratory approval.

Medline

Medline supplies a large range of clinical products and often serves physician offices, outpatient laboratories, hospitals, nursing facilities, and ambulatory surgery centers. Its catalog includes blood collection tubes and many products used alongside them.

Medline can be useful for buyers that want a single vendor for exam-room and laboratory consumables. However, a buyer should confirm the manufacturer and exact specification for every tube. A general catalog description such as “red-top tube” may not provide enough information about Clot Activator, gel, draw volume, material, or intended test menu.

Henry Schein

Henry Schein is a major distributor serving dental, medical, and healthcare practices. Physician offices, urgent-care clinics, specialty practices, and smaller outpatient facilities may use Henry Schein to purchase routine phlebotomy supplies, including evacuated tubes and related collection products.

Its distribution model can be convenient for practices that already buy examination gloves, syringes, disinfectants, and other consumables from the same account. Buyers should compare the delivered cost with laboratory-specific distributors, especially when ordering large quantities or unusual tube types.

Avantor, VWR, and Fisher Scientific

Avantor, including its VWR laboratory supply business, and Fisher Scientific, part of Thermo Fisher Scientific, are important sources for laboratory products in the United States. They supply clinical laboratories, universities, biotechnology companies, hospitals, research institutions, and industrial testing organizations.

These vendors often provide a wider selection of laboratory tubes than a general medical distributor. Their catalogs may include standard evacuated tubes, specialty collection tubes, cryogenic tubes, specimen transport products, and research-use products. This breadth is useful, but it also creates a compliance risk: research-use-only tubes should not be substituted for clinical diagnostic tubes unless the product is appropriately cleared or otherwise legally marketed for the intended use.

Laboratory purchasers should check whether the tube is labeled for in vitro diagnostic use, whether it is intended for human specimens, and whether the intended assay manufacturer permits the tube. Research catalogs frequently contain products that look similar to clinical collection tubes but have different regulatory labeling.

Thomas Scientific

Thomas Scientific is a laboratory and healthcare supplier that offers collection tubes and related products from multiple manufacturers. It serves laboratories of different sizes and may be useful when a customer needs specialty tubes or wants to compare multiple brands in one catalog.

As with other distributors, availability and pricing depend on the specific product number and contract. Buyers should verify whether the listed item is stocked domestically, imported on demand, subject to a minimum quantity, or supplied through a third-party seller.

Regional and Specialty Distributors

Regional medical distributors, laboratory-supply companies, blood-bank suppliers, and phlebotomy-focused businesses remain important, particularly for independent practices and community laboratories. Some provide more responsive technical support than national distributors and may carry products suited to local reference laboratories or hospital systems.

Other specialty channels include veterinary laboratory suppliers, mobile-phlebotomy suppliers, home-health distributors, and public-health procurement programs. Products sold through these channels may be appropriate for a particular setting but should be checked for human diagnostic use, transport requirements, and compatibility with the receiving laboratory.

Common Types of Blood Collection Tubes

Tube selection begins with the laboratory test, not the stopper color. Color coding is useful, but it is not a universal substitute for reading the product label and following the receiving laboratory’s collection manual.

1. Serum tubes: These tubes contain no Anticoagulant and allow blood to clot before centrifugation. They are often used when the laboratory requires serum without a gel barrier.
2. Serum separator tubes: These contain a Clot Activator and polymer gel. After centrifugation, the gel forms a barrier between serum and cellular components. They are widely used for chemistry, immunology, endocrinology, and serology testing.
3. EDTA tubes: Usually associated with lavender or purple stoppers, EDTA tubes preserve cellular detail and are commonly used for complete blood counts, many hematology tests, and selected molecular or blood-bank applications.
4. Sodium-citrate tubes: Usually light blue, these tubes are used for coagulation testing. Correct filling is especially important because the blood-to-Anticoagulant ratio is critical. Underfilled tubes may produce unreliable results.
5. Lithium-Heparin tubes: Often green or light green, these tubes produce plasma and are used for many chemistry tests, particularly when rapid processing is needed.
6. Sodium-fluoride or oxalate tubes: Often gray, these tubes are used for selected glucose, lactate, and alcohol tests. The exact additive combination depends on the test and laboratory protocol.
7. Trace-element tubes: These are manufactured to reduce contamination from metals and other elements. They may be required for lead, zinc, copper, aluminum, or other trace-element testing.
8. Pediatric and low-volume tubes: These tubes use smaller draw volumes for children, Geriatric Patients, Oncology Patients, and individuals with limited blood volume.
9. Molecular and specialty tubes: Some tests require cell-free DNA tubes, RNA Stabilization tubes, viral transport systems, or other specialized containers. These products should be purchased only according to the test manufacturer’s instructions.

How to Choose a Supplier

Confirm the Intended Use

The first step is to identify the tests performed by the practice or laboratory. A primary-care clinic that sends specimens to an outside laboratory may need only a small range of tubes. An emergency department, hospital laboratory, or oncology center may require dozens of tube types and volumes.

Ask the receiving laboratory for its current collection requirements. The laboratory’s instructions should identify acceptable tube brands, additives, fill volumes, order of draw, mixing instructions, processing time, centrifugation conditions, and transport temperature. If the laboratory accepts only validated products, a substitute should not be introduced without approval.

Review FDA and Quality Documentation

Blood collection tubes marketed for clinical diagnostic use in the United States may be regulated as medical devices. The regulatory pathway depends on the product and intended use. Buyers should request or review the manufacturer’s U.S. regulatory information, product labeling, instructions for use, quality certifications, and lot-traceability procedures.

ISO 13485 certification is a useful indicator of a medical-device quality-management system, although certification alone does not guarantee that a product is suitable for a particular assay. Laboratories should also review whether the tube has been evaluated with the analyzers and tests in use at their facility.

Clinical laboratories operating under the Clinical Laboratory Improvement Amendments must maintain procedures that support accurate and reliable testing. The Centers for Medicare and Medicaid Services administers CLIA, and laboratories may also be inspected under accreditation programs operated by organizations such as the College of American Pathologists and The Joint Commission.

Evaluate Packaging and Storage

Most evacuated tubes have a defined expiration date and storage range. Excessive heat, freezing, humidity, sunlight, or rough handling can affect vacuum performance, gel behavior, stopper integrity, or additive stability. A supplier should explain how products are stored and transported, especially during summer and winter shipments.

Review the number of tubes per box and the number of boxes per case. A case price may look attractive but create unnecessary waste if the practice uses only a few tubes each month. Conversely, high-volume facilities may reduce costs by purchasing full cases and arranging scheduled deliveries.

Compare Total Cost, Not Just Unit Price

The tube’s unit price is only one part of the purchasing decision. Total cost may include shipping, hazardous-material handling, refrigerated transport, minimum-order fees, storage space, expired inventory, product substitutions, and staff time spent managing multiple suppliers.

Preanalytical errors also create indirect costs. A redraw can require additional labor, another needle stick, delayed treatment, delayed discharge, patient dissatisfaction, and potentially a repeat visit. A slightly more expensive tube may be economically preferable if it reduces clotting, hemolysis, insufficient-volume specimens, or analyzer rejection.

Compliance and Safety Considerations

Phlebotomy supplies should be purchased as part of a complete safety system. The Occupational Safety and Health Administration’s Bloodborne Pathogens Standard requires employers to use appropriate exposure-control measures, including safer medical devices where feasible, employee training, proper labeling, and procedures for handling contaminated materials.

Needles and tube holders should be compatible with the selected tubes. A safety needle that does not seat correctly in a holder can create leakage or collection problems. Likewise, tube holders should not be reused unless specifically designed and labeled for that purpose. The Centers for Disease Control and Prevention recommends standard precautions for blood collection and safe handling of specimens.

Purchasers should also account for the U.S. Department of Transportation requirements that may apply to shipping diagnostic specimens. Although empty blood collection tubes are generally easier to ship than specimens, the complete order may include specimen bags, absorbent materials, transport containers, or other regulated products.

Order of Draw and Tube Performance

The order of draw is designed to reduce additive carryover from one tube into the next. The exact sequence should follow the receiving laboratory’s current procedure and the recommendations of the Clinical and Laboratory Standards Institute. A commonly used sequence begins with blood-culture containers, followed by citrate tubes, serum tubes, Heparin tubes, EDTA tubes, and fluoride or oxalate tubes, but local protocols may differ.

Tube performance depends on more than color. Important characteristics include the type and concentration of additive, the vacuum level, the accuracy of the stated draw volume, the tube diameter, the stopper material, the clot-activation process, and the behavior of the Separator Gel during centrifugation.

Laboratories should monitor hemolysis, clotting, Specimen Rejection, short draws, leakage, and tube breakage after changing brands. A controlled evaluation using parallel samples is preferable to making an immediate full-scale substitution.

Buying Through Contracts and Group Purchasing Organizations

Large hospitals and health systems frequently buy blood collection tubes through group purchasing organizations, or GPOs. GPO contracts can aggregate demand across many facilities and provide negotiated pricing, standardized product lists, and distribution support. Common considerations include contract tiers, committed volume, market-share requirements, rebates, substitution rules, and duration of the agreement.

Contract pricing does not always produce the lowest total cost for every facility. A small outpatient clinic may obtain a better delivered price from a regional supplier, while a large hospital may benefit from a national contract even if the catalog unit price appears higher. Procurement teams should compare invoice price, freight, inventory carrying cost, back-order performance, and customer service.

When negotiating a contract, buyers should request protections against unexpected manufacturer substitutions. A substitute tube can affect laboratory validation, analyzer programming, specimen volume, or test performance. Any substitution policy should require notification and technical review.

Managing Supply Risk

The Covid-19 pandemic demonstrated that medical-supply disruptions can affect routine laboratory operations. Blood collection tubes, needles, swabs, reagents, and personal protective equipment have all experienced periods of constrained supply. Although conditions change, healthcare organizations should maintain a basic contingency plan.

1. Use approved alternatives: Identify at least one alternative tube manufacturer or product that can be validated if the primary product becomes unavailable.
2. Monitor inventory: Establish minimum and maximum stock levels based on average daily use, lead time, seasonality, and emergency demand.
3. Rotate stock: Use first-expiring, first-out procedures and review expiration dates during routine inventory checks.
4. Separate validated products: Clearly distinguish approved clinical tubes from research-use-only products and unvalidated alternatives.
5. Communicate with laboratories: Contact the receiving laboratory before changing tube type, size, additive, or manufacturer.

Overstocking can also create problems. Tubes with a limited shelf life may expire before use, especially in low-volume practices. A better approach is often to combine a modest safety stock with scheduled deliveries and a documented emergency-substitution plan.

Questions to Ask Before Placing an Order

Whether purchasing directly from BD, Greiner Bio-One, Sarstedt, or a distributor, a buyer should ask for enough information to identify the product precisely. Useful questions include:

1. What is the exact manufacturer catalog number and tube type?
2. Is the tube intended for clinical in vitro diagnostic use in the United States?
3. What additive does the tube contain, and at what concentration?
4. What is the nominal draw volume and acceptable fill range?
5. Is the tube made from glass or plastic?
6. Does the product contain gel, Clot Activator, separator material, or a special coating?
7. What are the storage temperature and expiration requirements?
8. How many tubes are in each box and case?
9. What is the remaining shelf life at shipment?
10. Is the product compatible with the laboratory’s analyzers, centrifuges, and automation systems?
11. What documentation is available for Quality Control, lot traceability, and regulatory status?
12. What happens if the product is backordered or substituted?
13. What are the shipping charges, minimum quantities, and return conditions?

Which Supplier Is Best for Different Buyers?

Small Physician Practices

Small practices often benefit from a distributor that supplies tubes, needles, gloves, disinfectants, labels, and sharps containers in one shipment. Henry Schein, McKesson, Medline, Cardinal Health, and regional suppliers may all be practical options. The most important factors are manageable order quantities, reliable delivery, clear product descriptions, and technical compatibility with the reference laboratory.

Hospitals and Integrated Health Systems

Hospitals generally need formal contracting, high-volume pricing, disaster planning, electronic purchasing, and validation support. Direct manufacturer agreements, GPO contracts, and national distributors are common. The laboratory, nursing department, Supply Chain team, infection-prevention department, and finance department should participate in product changes.

Independent and Reference Laboratories

Independent laboratories may purchase directly from manufacturers or use laboratory distributors such as Avantor, Fisher Scientific, Thomas Scientific, and specialty laboratory suppliers. These organizations often require detailed lot documentation, automation compatibility, consistent supply, and technical support.

Mobile and Home-Health Phlebotomy Services

Mobile collectors need products that are compact, durable, easy to organize, and suitable for transport. Low-volume tubes, secure specimen bags, absorbent materials, labels, and temperature-controlled transport may be as important as the tube itself. The service should follow the receiving laboratory’s instructions because specimens may be rejected if collected in an unapproved container.

Conclusion

Blood collection tubes for phlebotomy are sold in the United States by major manufacturers, national medical distributors, laboratory-supply companies, regional vendors, and specialty suppliers. BD, Greiner Bio-One, Sarstedt, and selected Terumo product lines are prominent manufacturer sources. McKesson, Cardinal Health, Medline, Henry Schein, Avantor, Fisher Scientific, Thomas Scientific, and regional distributors provide additional purchasing channels.

The best supplier is not necessarily the one with the lowest advertised price. A sound purchasing decision considers regulatory status, test compatibility, additive and fill volume, quality documentation, expiration dates, delivery reliability, storage requirements, contract terms, and the cost of Specimen Rejection or redraws. Before switching brands, the purchasing department should obtain approval from the laboratory that performs the testing and complete any required validation.

By treating blood collection tubes as critical diagnostic components rather than ordinary disposable supplies, U.S. healthcare organizations can improve specimen quality, reduce waste, protect staff and patients, and maintain a more resilient Phlebotomy Supply chain.

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