Where to Buy Blood Collection Tubes in the U.S.: Top Manufacturers and Suppliers

Summary

• Major U.S. sources for blood collection tubes include manufacturers such as BD, Greiner Bio-One, Terumo Blood and Cell Technologies, and QIAGEN, as well as distributors such as Cardinal Health, McKesson Medical-Surgical, Medline, Henry Schein, Fisher Scientific, Avantor, and Thomas Scientific.
• The correct tube depends on the specimen, additive, laboratory method, required fill volume, testing platform, transport conditions, and applicable FDA, CLIA, OSHA, and CLSI requirements.
• Hospitals and laboratories should compare total acquisition cost, lot traceability, expiration dates, compatibility, shipping conditions, minimum order quantities, and vendor reliability rather than selecting tubes based only on unit price.

Blood collection tubes are among the most frequently purchased items in a phlebotomy operation. Hospitals, physician offices, urgent care centers, outpatient laboratories, blood donation centers, nursing facilities, Mobile Phlebotomy companies, and research organizations all depend on a consistent supply of tubes that meet specimen-quality and laboratory-testing requirements.

In the United States, buyers can purchase blood collection tubes directly from manufacturers, through national medical distributors, from laboratory-supply companies, or through group purchasing organizations. The best source depends on the buyer’s volume, preferred brand, Laboratory Information System, test menu, geographic location, and purchasing contract.

This article reviews the principal U.S. suppliers and distribution channels, explains the most common tube categories, discusses purchasing requirements, and provides practical guidance for comparing products. It is intended for procurement teams and clinical managers, but final product selection should always be confirmed with the laboratory director, medical director, or qualified technical personnel.

Major Manufacturers of Blood Collection Tubes Available in the United States

Several manufacturers have established large U.S. operations and supply tubes through direct sales representatives, authorized distributors, and laboratory procurement contracts. Product availability can vary by state, contract, package size, and laboratory requirements.

Becton, Dickinson and Company

Becton, Dickinson and Company, commonly known as BD, is one of the most recognized manufacturers of evacuated blood collection systems in the United States. Its Vacutainer product family is widely used in hospitals, outpatient laboratories, physician practices, and blood-drawing centers.

BD supplies a broad range of tubes, including serum tubes, serum separator tubes, lithium-Heparin plasma tubes, sodium-Heparin tubes, EDTA tubes, citrate coagulation tubes, glucose-preservation tubes, trace-element tubes, discard tubes, and specialty molecular or therapeutic-drug-monitoring products. BD also supplies compatible needles, holders, transfer devices, and other blood-collection accessories.

Many U.S. laboratories standardize on BD because its tubes are supported by extensive technical documentation and are commonly incorporated into laboratory procedures and analyzer-validation protocols. Large healthcare systems may purchase BD products through a national distributor or a negotiated direct contract.

Greiner Bio-One North America

Greiner Bio-One supplies the VACUETTE blood collection system and has a significant presence in the U.S. clinical laboratory market. Its product line includes serum, plasma, coagulation, hematology, glucose, blood-bank, and specialty collection tubes.

Greiner Bio-One is especially relevant for organizations that want an alternative to BD or that already operate laboratories using VACUETTE tubes. The company offers a range of tube sizes, additives, fill volumes, labels, and safety accessories. Its tubes may be purchased through distributors or supplied under institutional contracts.

Before changing from one manufacturer to another, laboratories should complete a formal evaluation. Tube dimensions, stopper design, additive concentration, clot-activator behavior, centrifugation requirements, and analyzer performance can differ among manufacturers even when tubes appear to have the same color code.

Terumo Blood and Cell Technologies

Terumo Blood and Cell Technologies supplies blood-collection and blood-processing products for hospitals, laboratories, blood centers, and transfusion services. Its portfolio includes products for venous blood collection, blood component processing, and related applications.

Terumo products may be particularly relevant to blood banks and organizations that need specialized collection systems rather than routine diagnostic tubes alone. Availability and product configuration can depend on the clinical application, facility size, and whether the buyer is purchasing diagnostic supplies or blood-processing equipment.

QIAGEN and Specialty Molecular Collection Suppliers

Some suppliers focus on specimen collection tubes designed for molecular testing, cell-free DNA, circulating tumor DNA, RNA Stabilization, or other specialized applications. QIAGEN and other molecular-diagnostics companies offer products that preserve nucleic acids or stabilize cellular material during transport.

These tubes are not interchangeable with standard EDTA, citrate, or serum tubes. Their use is generally dictated by a particular assay, laboratory protocol, or research method. A buyer should confirm that the collection tube has been validated for the intended test and that the tube’s transport and storage requirements can be met.

Other Specialty and Private-Label Manufacturers

The U.S. market also includes specialty manufacturers and private-label suppliers. Some produce tubes for occupational health testing, Toxicology, Therapeutic Drug Monitoring, veterinary medicine, research, and industrial hygiene. Private-label products may be sold under a distributor’s brand while being manufactured by another company.

When considering a lesser-known or private-label tube, purchasing personnel should request the manufacturer’s name, product specifications, regulatory information, certificate of analysis, lot information, and compatibility documentation. A lower price does not compensate for rejected specimens, repeat draws, delayed results, or failed laboratory validation.

National U.S. Distributors That Sell Blood Collection Tubes

Many healthcare organizations do not buy directly from a tube manufacturer. Instead, they order through a medical-surgical distributor that consolidates tubes with needles, syringes, gloves, disinfectants, specimen bags, sharps containers, and other supplies.

Cardinal Health

Cardinal Health is one of the largest healthcare distributors in the United States and supplies medical-surgical products to hospitals, ambulatory centers, physician offices, laboratories, and other healthcare customers. Its catalog commonly includes major brands of evacuated blood collection tubes, safety needles, tube holders, transport bags, and related phlebotomy products.

Cardinal Health is often used by large health systems because it can combine product distribution, inventory programs, electronic ordering, contract pricing, and supply-chain services. Availability may depend on a facility’s purchasing agreement and the product’s contracted manufacturer.

McKesson Medical-Surgical

McKesson Medical-Surgical supplies clinical products to hospitals, physician practices, laboratories, long-term-care facilities, and outpatient organizations. Buyers can typically source standard blood collection tubes, specialty tubes, blood-drawing devices, specimen containers, and laboratory consumables through its distribution network.

McKesson may be useful for smaller practices that need recurring deliveries but do not have the purchasing volume to negotiate directly with a manufacturer. Buyers should compare catalog price, contract price, freight charges, and minimum-order requirements because the displayed product price may not represent the final acquisition cost.

Medline

Medline provides medical-surgical and laboratory products to healthcare organizations throughout the United States. Its product range includes phlebotomy tubes, blood collection sets, needles, holders, tourniquets, alcohol prep products, specimen transport supplies, and storage products.

Medline may offer both branded and house-brand products. House-brand tubes can be attractive for cost control, but they should be evaluated against the laboratory’s existing instrumentation, collection procedures, and validation requirements. Large customers may also receive inventory-management support, scheduled replenishment, and customized distribution services.

Henry Schein Medical

Henry Schein Medical is a major supplier to physician offices, dental practices, outpatient clinics, and other Healthcare Providers. It sells routine phlebotomy supplies, including blood collection tubes, through medical and laboratory purchasing channels.

Henry Schein can be a practical source for office-based practices that need moderate quantities rather than hospital-scale shipments. A practice should confirm whether tubes are sold by the box, case, or mixed package and whether the supplier can provide consistent lot availability for recurring testing.

Fisher Scientific

Fisher Scientific, part of Thermo Fisher Scientific, is a major laboratory and healthcare supplier in the United States. Its catalog includes blood collection tubes from several manufacturers, along with laboratory plastics, centrifuge supplies, specimen transport products, reagents, and research consumables.

Fisher Scientific is widely used by clinical laboratories, universities, biotechnology companies, public-health laboratories, and research institutions. It can be a useful source when a buyer needs to combine routine phlebotomy products with specialized laboratory supplies in one purchase order.

Avantor and VWR

Avantor, including the VWR distribution business, supplies laboratory and clinical products to hospitals, research organizations, pharmaceutical companies, universities, and testing laboratories. Its catalog may include standard evacuated tubes, specialty tubes, specimen containers, blood-processing products, and laboratory accessories.

Avantor is often relevant for customers that need laboratory-grade procurement, technical documentation, institutional contracts, and broad product selection. Buyers should distinguish between tubes intended for routine clinical diagnostics and tubes intended only for research use.

Thomas Scientific

Thomas Scientific is a U.S. laboratory supplier offering products for clinical, research, pharmaceutical, environmental, and industrial laboratories. Its product catalog includes blood collection tubes and related specimen-handling products from multiple brands.

Thomas Scientific may be useful for laboratories seeking alternatives, specialty formats, or smaller quantities. As with any distributor, the purchaser should verify the product’s intended use, regulatory status, tube dimensions, additive, and expiration date before ordering.

Online and Regional Sources for Phlebotomy Tubes

In addition to the large national distributors, many regional medical-supply companies and online laboratory suppliers sell blood collection tubes in the United States. These sources may offer competitive prices, rapid ordering, or low-volume purchasing options.

Online suppliers can be convenient for independent laboratories, Mobile Phlebotomy businesses, home-health organizations, and small physician offices. However, buyers should evaluate the seller carefully. The supplier should identify the manufacturer, catalog number, package quantity, storage conditions, expiration date, and product-use designation.

Marketplace listings require particular caution. A product may be listed as new while having a short remaining shelf life, unclear provenance, damaged packaging, or an incomplete chain of custody. Healthcare organizations should favor established distributors or verified authorized sellers for products used in patient testing.

Regional distributors may provide stronger customer service than large national companies, especially when a practice needs same-day delivery or personalized inventory support. On the other hand, regional suppliers may carry fewer brands and may not have the same backup inventory or nationwide logistics capacity.

Common Types of Blood Collection Tubes

Tube color is a useful visual identifier, but color alone should never be the only basis for product selection. Color conventions can vary by manufacturer, and some colors are used for more than one additive or application.

Red-Top and Serum Tubes

Red-top tubes are commonly used for serum testing. They may contain no additive or may contain a Clot Activator, depending on the product. A plain red tube is often used when the laboratory requires serum without a gel separator, while a clot-activator tube is designed to accelerate clot formation.

These tubes may be used for selected chemistry, serology, immunology, and drug-testing procedures. The correct Clotting Time and processing instructions depend on the specific tube and test.

Gold-Top and Tiger-Top Serum Separator Tubes

Gold or gold-and-red mottled tubes generally contain a Clot Activator and polymer gel separator. After centrifugation, the gel forms a barrier between serum and the clot. Serum separator tubes are widely used in chemistry and immunology testing because they can simplify specimen processing.

Laboratories should verify the required Clotting Time, centrifugation speed, temperature, and acceptable delay before separation. Gel performance can vary across tube types and may be affected by storage, transportation, or improper centrifugation.

Lavender-Top EDTA Tubes

Lavender-top tubes generally contain ethylenediaminetetraacetic acid, or EDTA. They are commonly used for hematology testing, including complete blood counts and many cellular analyses. EDTA preserves cellular morphology by binding calcium.

Incorrect fill volume, inadequate mixing, clot formation, or excessive delay can make an EDTA specimen unsuitable. Tubes should usually be inverted gently according to the manufacturer’s instructions rather than shaken, which can cause hemolysis.

Light-Blue-Top Citrate Tubes

Light-blue tubes contain Sodium Citrate and are used primarily for coagulation testing. The ratio of blood to Anticoagulant is critical. Underfilled tubes can produce an incorrect ratio and may lead to Specimen Rejection or unreliable results.

Facilities ordering citrate tubes should confirm the intended draw volume, whether a discard tube is required, and how specimens from lines or difficult draws are handled. Patients with high hematocrit values may require special consideration because the plasma-to-citrate ratio can be affected.

Green-Top Heparin Tubes

Green-top tubes commonly contain lithium Heparin or sodium Heparin and are used for plasma chemistry testing. Some include a gel separator. Lithium-Heparin tubes and sodium-Heparin tubes are not automatically interchangeable for every assay.

The laboratory should specify the correct Heparin salt, gel configuration, tube size, and analyzer compatibility. A supplier should be able to provide the complete catalog number rather than relying solely on the color description.

Gray-Top Fluoride and Oxalate Tubes

Gray-top tubes are often associated with glucose, lactate, or alcohol testing. They may contain Sodium Fluoride, Potassium Oxalate, or another preservative combination. Because additive formulations vary, the product must be matched to the laboratory’s test method.

Buyers should avoid assuming that every gray-top tube is appropriate for every glucose or lactate procedure. Test-specific instructions from the laboratory and tube manufacturer should control.

Royal-Blue, Tan, Yellow, and Specialty Tubes

Royal-blue tubes may be used for trace-element or Toxicology testing and can be manufactured with different additives. Tan tubes may be used for lead testing. Yellow tubes may be used for selected microbiology, molecular, or blood-bank applications, depending on the additive and manufacturer.

Specialty tubes often have more demanding handling requirements and lower order volumes. They may also have shorter shelf lives or limited availability. Procurement teams should maintain a separate inventory policy for these products rather than treating them like high-volume routine tubes.

Regulatory and Quality Considerations

Blood collection tubes used for patient diagnosis are generally regulated as medical devices, and the applicable regulatory pathway depends on the product and intended use. Buyers should confirm that the product is appropriately labeled for clinical use and is supported by the manufacturer’s regulatory documentation.

The Clinical Laboratory Improvement Amendments, commonly called CLIA, establish federal quality requirements for human laboratory testing. CLIA does not function as a simple product-approval label for every tube, but laboratories must use procedures and supplies that support accurate and reliable testing.

The U.S. Food and Drug Administration regulates many blood collection devices. Buyers should review product labeling, intended-use information, warnings, storage requirements, and any relevant safety notices. A laboratory changing tube brands may need verification or validation under its quality system.

The Clinical and Laboratory Standards Institute publishes widely used guidance for venous blood collection, specimen handling, order of draw, coagulation testing, and other laboratory procedures. While CLSI documents are not themselves purchasing contracts, they provide a recognized framework for selecting and handling collection products.

Occupational safety also matters. The Occupational Safety and Health Administration’s bloodborne-pathogens requirements affect how employers protect workers from exposure to blood and other potentially infectious materials. Tube procurement should therefore be coordinated with safety needles, sharps containers, personal protective equipment, and exposure-control procedures.

How to Compare U.S. Suppliers

Price is important, but the lowest quoted unit price may not be the lowest total cost. A reliable comparison should include product performance, delivery, quality documentation, inventory continuity, and administrative expenses.

1. Compare the exact catalog number, not merely the tube color or general description.
2. Confirm the additive, tube material, draw volume, dimensions, closure type, and package quantity.
3. Calculate the cost per usable tube after freight, handling fees, discounts, and minimum-order requirements.
4. Review expiration dates and determine whether the supplier rotates inventory using a first-expire, first-out process.
5. Ask how the supplier handles damaged cartons, temperature excursions, shortages, recalls, and product complaints.
6. Verify that the supplier can provide lot numbers and invoices for traceability.
7. Determine whether the product is intended for clinical diagnostic use or research use only.
8. Confirm compatibility with the laboratory’s analyzers, centrifuges, automation systems, and specimen-processing procedures.

Contract pricing can substantially affect the final cost for hospitals and large laboratories. A facility may receive lower prices through a group purchasing organization or health-system agreement, but contract terms can also limit the approved manufacturer list. Procurement teams should evaluate whether the contract offers sufficient backup options during shortages.

Estimating Tube Requirements and Inventory

Accurate demand planning helps prevent both stockouts and excessive expired inventory. A clinic can begin with the number of blood draws per day, the average number of tubes per draw, and the percentage of specialty tests. It should then add a reasonable safety stock based on supplier lead time and historical variability.

For example, a practice performing 80 draws per day and using an average of 2.5 tubes per draw would require approximately 200 tubes per operating day before accounting for redraws, quality-control use, training, and wastage. Over 22 operating days, that represents approximately 4,400 tubes per month. Actual requirements will vary considerably by test menu and patient population.

Inventory should be separated by tube type, additive, size, and expiration date. High-volume tubes may justify case purchasing, while low-volume specialty tubes may be better purchased in smaller quantities. Overstocking can create avoidable waste, particularly when a laboratory changes analyzers or testing protocols.

Many distributors offer barcode scanning, par-level replenishment, automated ordering, and vendor-managed inventory. These services can reduce manual counting, but they should be monitored so that automated replenishment does not generate excess stock or substitute an unapproved product.

Pricing Factors in the U.S. Market

Blood collection tube pricing varies by manufacturer, tube type, size, packaging, volume, contract status, and market conditions. Routine tubes generally cost less per unit than specialty molecular, trace-element, blood-bank, or nucleic-acid-stabilization tubes.

Public catalog prices may differ from prices available to hospitals, physician groups, laboratories, or government agencies. A buyer should request a formal quotation when purchasing at scale. The quote should state whether pricing is per tube, box, or case and should identify freight, hazardous-material charges, taxes, and any recurring fees.

Supply disruptions can also affect pricing and availability. During periods of high demand, buyers may encounter allocation limits, extended lead times, substitute products, or restrictions on case quantities. Maintaining an approved alternative product and a second qualified supplier can reduce operational risk.

Questions to Ask Before Placing an Order

A purchasing department should gather enough information to ensure that the product received is the product the laboratory approved. The following questions are useful when evaluating a supplier:

1. Is the supplier an authorized distributor for the listed manufacturer?
2. What is the exact manufacturer name and catalog number?
3. What is the remaining shelf life at the time of shipment?
4. Are the tubes stored and transported according to the manufacturer’s requirements?
5. Can the supplier provide lot-level traceability and certificates or technical documents when needed?
6. What is the minimum order quantity and typical lead time?
7. Does the supplier offer recurring delivery or inventory-management services?
8. What is the procedure for reporting defects, leakage, additive problems, or damaged packaging?
9. Are substitute products shipped automatically, or does the buyer have to approve substitutions?
10. Can the supplier support a product evaluation or provide samples before a conversion?

Automatic substitutions deserve particular attention. A substitute tube with the same color may contain a different additive, have a different fill volume, or be unsuitable for a particular analyzer. A facility should require approval before substitutions are made.

Choosing Between Direct Manufacturer and Distributor Purchasing

Direct manufacturer purchasing may be appropriate for a large health system, reference laboratory, blood center, or high-volume laboratory with predictable demand. Benefits can include technical support, contract pricing, product training, and direct access to quality or regulatory personnel.

Distributor purchasing is often more convenient for smaller organizations. It allows the buyer to consolidate multiple supplies, reduce the number of invoices, and receive products through an established delivery schedule. Distributors may also provide online ordering, customer service, and return processing.

Some organizations use a dual-source strategy. They purchase the primary tube through a contracted distributor and maintain a qualified secondary supplier for emergencies. This strategy requires advance evaluation because an alternative tube cannot always be introduced during a specimen crisis without laboratory review.

Practical Buying Recommendations for U.S. Phlebotomy Operations

For a small physician office, Henry Schein Medical, McKesson Medical-Surgical, Medline, Cardinal Health, and regional medical suppliers may provide practical purchasing options. The office should first identify the tubes required by its reference laboratory and avoid ordering based only on commonly recognized colors.

For a hospital or integrated health system, Cardinal Health, McKesson, Medline, BD, Greiner Bio-One, and other contracted sources may support larger-scale procurement. The health system should coordinate purchasing with laboratory medicine, nursing, infection prevention, supply-chain management, and finance.

For a research or university laboratory, Fisher Scientific, Avantor, Thomas Scientific, and specialty laboratory vendors may offer broader product selection. Researchers should verify whether the tubes are suitable for human diagnostic testing or labeled only for research use.

For a Mobile Phlebotomy service, dependable delivery, compact packaging, tube durability, and expiration management are especially important. The service should also confirm that tubes can tolerate the expected transport conditions and that specimens are transferred to the testing laboratory within required time limits.

Conclusion

U.S. buyers have numerous options for purchasing blood collection tubes. The principal manufacturers include BD, Greiner Bio-One, Terumo Blood and Cell Technologies, and specialty molecular-diagnostics companies. Major distributors include Cardinal Health, McKesson Medical-Surgical, Medline, Henry Schein Medical, Fisher Scientific, Avantor, VWR, and Thomas Scientific, in addition to many regional and online suppliers.

The right supplier is the one that can provide the correct tube consistently, with reliable lot traceability, adequate shelf life, appropriate regulatory documentation, and dependable delivery. Buyers should evaluate the exact tube specification, not just the color, and should involve the laboratory before changing brands or additives.

By comparing total cost, product compatibility, inventory requirements, quality support, and supply continuity, U.S. healthcare organizations can build a safer and more economical procurement program for phlebotomy supplies.

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