Blood Collection Tube Suppliers in the United States: Manufacturers, Distributors, and Buying Guide

Summary

• Major blood collection tube suppliers in the United States include BD, Greiner Bio-One, Thermo Fisher Scientific, Cardinal Health, McKesson, Medline, Avantor, Fisher Scientific, Henry Schein, and regional laboratory distributors.
• Purchasers should match tube type, additive, fill volume, specimen requirements, regulatory status, and analyzer compatibility before comparing price or placing an order.
• Reliable purchasing requires attention to lot numbers, expiration dates, storage conditions, shipping practices, supply continuity, and compliance with FDA, OSHA, CLIA, and laboratory quality requirements.

Blood collection tubes are among the most frequently purchased consumables in hospitals, physician offices, reference laboratories, urgent care centers, blood donation facilities, research institutions, and Mobile Phlebotomy services. Although an individual tube may cost only a few cents or dollars depending on its design, the annual expense can become significant for organizations collecting thousands or millions of specimens.

In the United States, buyers can purchase blood collection tubes directly from manufacturers, through national medical-surgical distributors, from laboratory supply companies, or through group purchasing organizations. The most appropriate supplier depends on the required tube type, laboratory instruments, order volume, shipping location, contract arrangements, and quality-control expectations.

The market includes conventional evacuated tubes, pediatric and low-volume tubes, specialty molecular tubes, trace-element tubes, blood gas syringes, plasma preparation tubes, serum separator tubes, and products designed for specific testing platforms. A supplier that offers a broad catalog may not be the best option for every application. Compatibility with the laboratory’s testing methods is generally more important than selecting the lowest advertised unit price.

Understanding the U.S. Blood Collection Tube Market

Blood collection tubes are medical devices and laboratory consumables used to collect, transport, separate, preserve, and prepare blood specimens. Their performance can directly affect test accuracy. The tube’s interior coating, anticoagulant, gel separator, vacuum, stopper, material, and fill volume all influence specimen quality.

The United States performs billions of clinical laboratory tests each year. Industry and public-health reports commonly estimate that the country conducts more than 10 billion laboratory tests annually, although the precise number varies according to whether waived tests, hospital testing, physician-office testing, and repeated panels are counted. The Centers for Medicare & Medicaid Services regulates more than 250,000 laboratories under the Clinical Laboratory Improvement Amendments program, while broader estimates that include collection sites and other testing locations are higher.

This scale creates substantial demand for blood collection tubes. Hospitals may purchase by the case or pallet, while a small physician office may order several boxes each month. Large health systems often establish multi-year agreements with manufacturers or distributors, whereas independent clinics may purchase from online catalogs or local medical suppliers.

Purchasers should also recognize that “blood collection tube” is not a single product category. For example, a lavender-top tube used for hematology is not interchangeable with a light-blue coagulation tube, even if both are made by the same company. Similarly, a serum separator tube may not be suitable for every chemistry, Toxicology, therapeutic-drug-monitoring, or molecular assay.

Major Manufacturers of Blood Collection Tubes

Becton, Dickinson and Company

Becton, Dickinson and Company, commonly known as BD, is one of the most recognizable suppliers of blood collection products in the United States. Its BD Vacutainer product family is widely used in hospitals, outpatient laboratories, physician practices, and reference laboratories.

BD offers a broad selection of evacuated blood collection tubes, including serum tubes, serum separator tubes, plasma separator tubes, EDTA tubes, Sodium Citrate coagulation tubes, Heparin tubes, glucose-preservation tubes, and specialty products. The company also supplies blood collection needles, holders, winged sets, transfer devices, and other components used in Venipuncture.

BD is often selected by large laboratories because of its extensive product range, established distribution network, documentation, and compatibility with automated laboratory workflows. The company’s size can also support national contracts and standardized supply programs across multiple hospital locations.

When evaluating BD products, buyers should confirm the exact catalog number rather than ordering solely by color. Tube colors can vary by product line and intended use, and a color alone does not establish the additive concentration, specimen volume, or regulatory suitability.

Greiner Bio-One

Greiner Bio-One is another major manufacturer with a strong presence in the U.S. blood collection market. Its VACUETTE product line includes evacuated blood collection tubes, safety blood collection sets, capillary collection products, urine products, and related specimen-collection accessories.

Greiner Bio-One supplies serum, plasma, hematology, coagulation, blood-bank, trace-element, and specialty tubes. Its products are used by hospital laboratories, diagnostic centers, research organizations, and outpatient collection facilities.

The company is frequently considered alongside BD during competitive sourcing projects. Buyers commonly compare tube dimensions, additive specifications, vacuum performance, stopper design, label area, rack compatibility, and analyzer validation requirements.

Greiner Bio-One may be especially attractive to organizations seeking an alternative validated platform or a second source for continuity planning. However, switching brands may require laboratory verification, revised collection procedures, staff education, and review of test-system instructions.

Thermo Fisher Scientific

Thermo Fisher Scientific sells a wide range of laboratory products through its laboratory supply channels and associated brands. Its offerings include blood collection tubes and specialty specimen-collection products for clinical, research, biotechnology, and life-science applications.

Thermo Fisher is particularly relevant for academic medical centers, research laboratories, pharmaceutical companies, contract research organizations, and institutions that purchase blood collection products together with laboratory plastics, reagents, instruments, and research supplies.

The company’s catalog may include conventional serum and plasma tubes as well as specialty products intended for cell preparation, molecular work, sample stabilization, and research protocols. Purchasers should carefully distinguish research-use products from products intended for clinical diagnostic use. A product suitable for a research protocol may not be appropriate for a CLIA-regulated patient-testing Workflow.

Sarstedt

Sarstedt supplies blood collection tubes, lancets, specimen containers, needles, and laboratory consumables in the United States. Its product portfolio includes systems for venous blood collection, capillary sampling, pediatric collection, and specialized laboratory applications.

Sarstedt products may be considered by laboratories that need specialty collection formats or are seeking alternatives to the largest established brands. As with any manufacturer, the buyer should confirm local availability, lead times, minimum order quantities, and whether the product has been evaluated with the laboratory’s analyzers and assays.

Other Specialty Manufacturers

Several additional manufacturers serve narrower sections of the U.S. market. These may focus on trace-element testing, blood-gas collection, molecular stabilization, pediatric sampling, plasma preparation, therapeutic-drug monitoring, or research applications.

Specialty manufacturers can be valuable when standard tubes are not adequate. For example, trace-element testing may require tubes manufactured and certified to minimize contamination from metals. Molecular testing may require a tube that preserves nucleic acids or stabilizes cellular material for a defined period. Blood-gas testing generally uses heparinized syringes or specialized collection devices rather than routine evacuated tubes.

Because specialty products have more limited demand, they may be sold through laboratory distributors instead of directly by the manufacturer. Buyers should request technical documentation, specimen stability information, storage instructions, and details about applicable validation requirements.

National Medical-Surgical Distributors

Cardinal Health

Cardinal Health is one of the largest healthcare distributors in the United States and supplies hospitals, physician offices, laboratories, ambulatory surgery centers, and other healthcare organizations. Its catalog includes blood collection tubes from major manufacturers as well as needles, holders, safety devices, specimen bags, labels, and other phlebotomy supplies.

Large customers may purchase through negotiated contracts, regional distribution centers, or integrated supply programs. Cardinal Health can be useful for organizations that want to consolidate tube purchasing with other medical-surgical products.

Before selecting a distributor, a healthcare organization should compare the total delivered cost. That cost may include freight, fuel surcharges, hazardous-material fees where applicable, minimum-order requirements, handling fees, and the administrative cost of maintaining several supplier accounts.

McKesson

McKesson supplies medical products to hospitals, clinics, physician offices, laboratories, pharmacies, and other healthcare organizations. Its product categories include evacuated blood collection tubes, safety needles, tourniquets, specimen transport materials, sharps containers, and general laboratory supplies.

McKesson is often considered by organizations that already maintain a McKesson purchasing account. Consolidating purchases may simplify invoicing, receiving, inventory management, and contract compliance.

However, product availability can vary by customer segment, location, contract, and distribution center. A tube listed in a broad catalog may not be immediately available for every account. Buyers should verify current stock status, estimated delivery date, case quantity, and substitution policy before depending on a product for routine patient collection.

Medline

Medline offers a broad portfolio of phlebotomy, laboratory, and medical-surgical products. Its collection supplies may include blood tubes, needles, holders, winged collection sets, tourniquets, alcohol prep pads, gauze, labels, specimen bags, and transport materials.

Medline can be a practical option for physician groups, outpatient clinics, long-term-care organizations, and hospitals seeking a single source for many collection-related supplies. The company also supports private-label and contract purchasing programs in some product categories.

When evaluating private-label or distributor-branded tubes, the purchasing department should obtain the manufacturer name, product specifications, regulatory information, and lot-traceability details. A private-label item may be entirely appropriate, but the laboratory must still confirm performance and compatibility.

Henry Schein

Henry Schein is a prominent distributor serving medical and dental practices, specialty clinics, laboratories, and other healthcare customers. Its medical catalog includes common blood collection tubes and associated phlebotomy supplies.

Henry Schein may be particularly convenient for small and midsize medical practices that already order examination gloves, syringes, dressings, diagnostic equipment, and office supplies through the company. It can also serve as a useful source for smaller case quantities than those required by a hospital distribution contract.

Small practices should pay close attention to box quantities, expiration dates, shipping charges, and automatic substitution policies. A lower per-box price may not be economical if the practice cannot use the entire quantity before expiration.

Laboratory and Scientific Supply Companies

Fisher Scientific

Fisher Scientific, part of Thermo Fisher Scientific, is a major laboratory supply channel used by hospitals, universities, research organizations, biotechnology companies, and clinical laboratories. Its catalog includes blood collection tubes from multiple manufacturers, making it useful for side-by-side product comparison.

Fisher Scientific may be a strong option for customers that purchase tubes alongside pipettes, centrifuge supplies, gloves, reagents, specimen containers, and research consumables. Institutional accounts may also benefit from electronic purchasing systems, approved-vendor lists, and consolidated invoicing.

Buyers should distinguish between clinical-grade products and research products in the catalog. Product descriptions may include terms such as “in vitro diagnostic,” “general laboratory use,” or “research use only.” Those designations have different implications for patient testing and laboratory compliance.

Avantor and VWR

Avantor, including products distributed through the VWR laboratory supply channel, serves research, pharmaceutical, biotechnology, healthcare, and industrial laboratories. Its catalog includes blood collection tubes and specimen-collection products from various manufacturers.

Avantor and VWR can be useful for laboratories that need one purchasing channel for clinical supplies, research plastics, chemicals, cleanroom products, and bioprocess materials. Their broad catalog is a benefit, but it also means that purchasers must read product specifications carefully.

Some products sold through laboratory catalogs are intended for research or general laboratory use rather than regulated clinical diagnostics. The purchaser should verify intended use, packaging, sterile status, additive, tube material, and applicable documentation before approving a product for patient specimens.

Online Medical Supply Sellers and Regional Distributors

In addition to large national companies, many regional medical distributors and online healthcare suppliers sell blood collection tubes in the United States. These sellers may offer competitive pricing, smaller order quantities, quick shipment, or access to brands not routinely carried by a local hospital distributor.

Online purchasing can be convenient for independent practices, Mobile Phlebotomy businesses, home-health providers, laboratories, and educational programs. It also requires greater diligence because marketplace listings may contain incomplete descriptions, outdated photographs, incorrect tube colors, or confusing pack sizes.

A reputable online seller should clearly identify the manufacturer, catalog number, additive, tube size, draw volume, expiration information, storage requirements, packaging quantity, and return policy. The seller should also be able to explain whether the product is sourced directly from the manufacturer or obtained through another distributor.

Purchasing from an unfamiliar marketplace may create additional risks. These include counterfeit products, damaged packaging, temperature exposure, expired stock, diverted inventory, and missing lot information. For patient testing, a healthcare organization should use an approved supplier and maintain documentation supporting product authenticity and traceability.

Common Blood Collection Tubes Available in the United States

The tube’s stopper color is a useful visual guide, but it is not a substitute for reading the label and laboratory procedure. Color conventions are generally consistent, yet variations exist between manufacturers and specialized product lines.

1. Red-top tubes: These typically contain no Anticoagulant and are used to obtain serum. Some red-top products contain clot activators, so the product label must be checked.
2. Gold or tiger-top serum separator tubes: These commonly contain a Clot Activator and polymer gel that separates serum from cells after centrifugation.
3. Light-green or green-top plasma separator tubes: These may contain lithium Heparin and gel for plasma-based chemistry testing.
4. Green-top Heparin tubes: These contain Heparin, commonly lithium or sodium Heparin, and are used for plasma chemistry and selected specialized tests.
5. Lavender or purple-top EDTA tubes: These are commonly used for hematology testing, including complete blood counts, because EDTA preserves cellular morphology.
6. Pink-top EDTA tubes: These are frequently used for blood-bank and transfusion-service testing, although exact requirements depend on the laboratory.
7. Light-blue-top citrate tubes: These contain Sodium Citrate and are used for coagulation testing. Correct fill volume is especially important because the blood-to-Anticoagulant ratio affects results.
8. Gray-top tubes: These may contain additives such as Sodium Fluoride and Potassium Oxalate and are used for selected glucose, lactate, or alcohol-testing applications.
9. Royal-blue or trace-element tubes: These are designed for testing that requires strict control of trace contamination, including selected metals and nutritional elements.
10. Specialty molecular and cell-preservation tubes: These contain proprietary stabilizing agents and must be used according to the specific test and manufacturer instructions.

How to Compare Suppliers Before Buying

Confirm Product Specifications

The first step is to create a technical specification rather than beginning with a brand or price. The specification should identify tube type, additive, size, draw volume, material, stopper, sterile status, gel characteristics, and intended test applications.

For example, a 13-by-75-millimeter EDTA tube may not be interchangeable with a 13-by-100-millimeter tube if the laboratory’s automation line, centrifuge buckets, rack system, or analyzer requires a specific format. Pediatric and partial-draw tubes may also have different vacuum levels and minimum volumes.

Review Laboratory Compatibility

Tube compatibility must be evaluated with the complete testing system. This includes the analyzer, centrifuge, automation track, aliquoting equipment, barcode system, specimen carrier, and Laboratory Information System.

The laboratory should review the test manufacturer’s instructions for use and determine whether a proposed tube is an approved collection device. If the laboratory changes tube brands, additives, or gel systems, it may need to conduct verification studies before reporting patient results.

Evaluate Regulatory and Quality Documentation

Many blood collection tubes used for patient testing are marketed as in vitro diagnostic devices. Purchasers should request appropriate documentation, which may include a product specification sheet, certificate of analysis, safety information, instructions for use, regulatory status, quality certifications, and lot-traceability information.

The Food and Drug Administration regulates medical devices and in vitro diagnostic products in the United States. Not every tube has the same regulatory pathway, and a research-use product should not be treated as automatically suitable for clinical diagnostics.

Clinical laboratories operating under CLIA must maintain procedures that support accurate and reliable testing. The College of American Pathologists, The Joint Commission, and other accrediting organizations may also evaluate specimen collection, identification, handling, and quality-control practices.

Compare Total Cost Rather Than Unit Price

Blood collection tubes are commonly sold by box, case, or larger bulk quantity. A case may contain 500 tubes, but case quantities vary by tube type and manufacturer. Some specialty tubes are sold in much smaller packs.

The total cost calculation should include:

1. Product price per tube and per case.
2. Shipping, handling, and delivery fees.
3. Minimum-order requirements.
4. Discounts, rebates, or group purchasing arrangements.
5. Inventory carrying costs and storage space.
6. Expected wastage from expiration, damage, or incorrect collection.
7. Cost of staff training and laboratory verification when changing products.
8. Financial impact of stockouts, emergency purchases, or delayed testing.

A tube that costs slightly more may be more economical if it reduces redraws, Specimen Rejection, or analyzer problems. Conversely, buying a large quantity at a discount can increase waste if a small clinic cannot use the products before their expiration dates.

Supply Chain and Availability Considerations

Healthcare supply shortages have demonstrated the importance of supplier diversification. Blood collection tubes can become difficult to obtain because of manufacturing interruptions, transportation delays, raw-material shortages, demand surges, labor constraints, or allocation policies.

A purchasing department should identify the manufacturer, distributor, backup supplier, and approved substitute for each critical tube. Some hospitals maintain a dual-source strategy, while others standardize on one brand to simplify validation and inventory control. The correct approach depends on patient volume, test complexity, available storage, and the laboratory’s risk-management program.

Inventory levels should be based on historical consumption and lead time rather than guesswork. A simple method is to calculate average daily use, multiply it by the expected replenishment period, and add safety stock for demand variation. A laboratory that uses 1,000 tubes per week and has a two-week replenishment lead time would need at least 2,000 tubes to cover normal demand before adding a safety buffer.

Organizations should use first-expire, first-out inventory rotation. Receiving staff should inspect cartons for crushed packaging, broken seals, moisture, contamination, and temperature-related damage. Lot numbers and expiration dates should be recorded when products are received and distributed to collection areas.

Storage, Shipping, and Handling

Most evacuated blood collection tubes are stored at controlled room temperature, but the exact requirements come from the product labeling. Tubes should be protected from excessive heat, freezing, direct sunlight, and high humidity. Storage outside the specified range can affect vacuum performance, additive stability, gel behavior, or specimen quality.

During shipment, tubes may be exposed to vibration, pressure changes, temperature fluctuations, and rough handling. Reputable suppliers should use packaging that protects fragile glass tubes and prevents cartons from being crushed. Plastic tubes reduce breakage risk, but they can still be damaged or deformed during transport.

Upon receipt, the buyer should inspect the shipment and quarantine questionable products. If a box is wet, open, visibly damaged, or missing lot information, it should not be placed into routine patient use until the issue is investigated.

Questions to Ask a Potential Supplier

Before approving a supplier, hospitals and clinics should ask practical questions about product identity, availability, documentation, and customer support.

1. Who is the original manufacturer of the tube?
2. What is the exact catalog or product number?
3. What additive and concentration does the tube contain?
4. What is the nominal draw volume and acceptable fill range?
5. Is the tube intended for clinical diagnostic use, research use, or both?
6. What is the remaining shelf life at the time of shipment?
7. How are products stored before shipment?
8. What are the standard lead times and current availability?
9. Does the supplier permit backorders or automatic substitutions?
10. Can the supplier provide lot numbers and product documentation?
11. What is the procedure for reporting damaged, defective, or short-dated products?
12. Can the supplier support standing orders, usage reports, and electronic purchasing?

Purchasing for Different Types of Organizations

Hospitals and Integrated Health Systems

Hospitals usually purchase large quantities through negotiated contracts, group purchasing organizations, or national distributors. Their priorities often include standardization, contract compliance, emergency replenishment, product validation, barcode compatibility, and supply continuity.

Because hospitals may operate several collection sites, the same tube specification should be used consistently whenever possible. Standardization reduces staff confusion and makes inventory forecasting easier, but it should not prevent a laboratory from using a specialty tube when a particular test requires one.

Physician Offices and Urgent Care Centers

Physician offices and urgent care centers generally need smaller quantities and a balanced selection of routine tube types. They may purchase directly from medical distributors or through an existing electronic health-supply account.

These organizations should avoid over-ordering specialty products. A monthly usage review can reveal whether tubes are expiring on the shelf or whether a frequently used product is being ordered too late.

Independent and Mobile Phlebotomy Services

Mobile Phlebotomy providers need compact, transportable supplies and dependable access to routine tubes. They should also purchase appropriate specimen bags, absorbent material, labels, sharps containers, Hand Hygiene products, and temperature-control supplies when required by the testing laboratory.

Because mobile collectors may operate in homes, workplaces, and community locations, storage conditions and specimen transport times require special attention. Tubes should be protected during transport, and the collection service should follow the receiving laboratory’s requirements for processing and delivery.

Research and Academic Laboratories

Research laboratories may have more flexibility in selecting tubes, but they must still follow the protocol, institutional review requirements, biosafety procedures, and study-specific specimen handling instructions. Research-use tubes can be appropriate for experimental work, but they should not be substituted into clinical testing without proper review.

Safety and Compliance Responsibilities

Purchasing blood collection tubes is connected to broader occupational and patient-safety obligations. The Occupational Safety and Health Administration’s Bloodborne Pathogens Standard requires employers with occupational exposure to blood or other potentially infectious materials to implement measures such as an exposure-control plan, engineering controls, work-practice controls, training, and appropriate personal protective equipment.

Safety-engineered needles and collection sets can reduce needlestick risk, but they do not eliminate it. Employers should evaluate the complete collection system, including the tube holder, needle, transfer device, disposal container, and staff training.

Specimen labeling is equally important. Tubes should be labeled according to the organization’s identification policy, generally at the time of collection and in the presence of the patient. The best tube supplier cannot compensate for an identification error, incorrect order of draw, inadequate fill volume, or improper mixing.

Laboratories should maintain written procedures for tube selection, order of draw, inversion requirements, centrifugation, transport, rejection criteria, and storage. The Clinical and Laboratory Standards Institute publishes widely used guidance for venous blood collection and specimen handling, although each laboratory remains responsible for implementing procedures appropriate to its testing systems.

Making the Final Supplier Decision

The best U.S. supplier is not necessarily the company with the largest catalog or lowest price. A sound decision balances technical suitability, quality, availability, service, and total cost.

For many buyers, the practical approach is to compare at least two manufacturers and two distribution channels. The laboratory can request samples or technical information, review compatibility with existing equipment, conduct required verification, and compare delivered pricing. A supplier scorecard can make the evaluation more objective.

1. Technical compatibility and approved intended use.
2. Product quality and documentation.
3. Regulatory and lot-traceability support.
4. Availability and average lead time.
5. Emergency-order capability.
6. Delivered price and contract terms.
7. Expiration dating and inventory flexibility.
8. Customer service and complaint handling.
9. Environmental and packaging considerations.
10. Business continuity and backup-source options.

For routine U.S. purchasing, BD and Greiner Bio-One are major direct-manufacturer options, while Cardinal Health, McKesson, Medline, Henry Schein, Fisher Scientific, and Avantor/VWR provide important distribution channels. Thermo Fisher Scientific and Sarstedt are also relevant manufacturers and suppliers, particularly for research, specialty, and clinical laboratory applications.

Ultimately, the purchaser should select the exact product based on the test requirements rather than the supplier name alone. Confirming the additive, volume, regulatory status, analyzer compatibility, expiration date, and supply reliability will help protect specimen quality and control long-term operating costs.

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