Lab Supplies

Lab Supplies

Lab Supply Categories

Laboratory supplies encompass the core consumables and sample handling products used across research, analytical, and industrial laboratory environments. High-demand items such as bottles, jars, and jugs, laboratory vials, micro plates, and cold storage products support routine workflows where material compatibility, dimensional accuracy, and sample integrity are critical. These supplies are used throughout sample preparation, storage, transport, and analysis, playing a direct role in experimental consistency and data reliability. Product selection is driven by factors such as chemical resistance, sterility requirements, and compatibility with analytical and automated systems.
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Designed for Your Research Needs

Bottles, Jars , And Jugs

Bottles, jars, and jugs provide secure storage and transport for liquids and bulk materials. Manufactured from chemically resistant materials, they support safe handling and long-term stability across laboratory workflows.

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Vials

Laboratory vials are designed for precise sample storage, transport, and analysis. Available in multiple materials and closure types, they maintain sample integrity for analytical, clinical, and research applications.

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Microplates

Micro plates support high-throughput screening, assays, and analytical testing. Engineered for dimensional accuracy and uniform well geometry, they enable reproducible results in automated and manual laboratory workflows.

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Cold Storage Products

Cold storage products support controlled temperature preservation of samples and reagents. Designed for compatibility with laboratory refrigeration and freezing systems, they help maintain sample stability and traceability.

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Lindberg Blue M BF51728C-1 L/B M 1100C BOX FURNACE 208/24

Minimize outer surface temperatures while maintaining uniform heat distribution within the chamber. Suitable for a variety of industrial and laboratory applications.

  • Temperature (Metric): 100°C to 1100°C
  • Furnace Type: Digital, OTP
  • Temperature Control: Digital/OTP
  • Capacity (Metric): 42.5 L
  • Depth (English) Interior: 18 in.
  • Depth (Metric) Interior: 45.7 cm
  • Dimensions DxWxH Interior: 18 x 12 x 12 in. (45.7 x 30.5 x 30.5 cm)
  • Dimensions LxWxH Exterior: 30 x 24 x 28 in. (76.2 x 60.9 x 71.1 cm)
  • Temperature (Metric): 208/240 V 50/60 Hz
  • Power Consumption: 5600 w
  • Best Price: $5,093.06
  • Reviews:
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McQeen Labs and ThermoFisherSupplies you need to keep your lab in stock and operating smoothly

McQueen Labs provides high-performance laboratory and industrial centrifuges built for precision, reliability, and long-term durability. Our centrifuge products support clinical, research, and industrial applications, delivering consistent separation results at high speeds and demanding workloads. With custom centrifuge solutions engineered in the USA, McQueen Labs centrifuges are trusted by professionals who require accuracy, safety, and scalable performance.

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Proven Laboratory InsightMore Categories

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McQeen Labs and ThermoFisherThermo Fisher Scientific Authorized Channel Partner

McQueen Laboratory Supply has been an exclusive Thermo Fisher Scientific Authorized Channel Partner since 2002, providing laboratories with direct access to trusted instrumentation, consumables, and support. This long-standing partnership ensures product authenticity, technical reliability, and alignment with industry standards across research, clinical, and industrial laboratory environments.

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Frequently Asked Questions

How Do Laboratory Supplies Differ From Laboratory Equipment?
Laboratory supplies are consumable or replaceable items used in routine workflows, including sample handling, liquid transfer, filtration, and labeling. Unlike laboratory equipment, supplies are typically used at high frequency and replaced regularly to maintain accuracy, cleanliness, and protocol consistency.
What Factors Should Be Considered When Selecting Laboratory Consumables?
Selection depends on material compatibility, chemical resistance, sterility requirements, dimensional tolerances, and application-specific standards. Proper alignment between consumable specifications and experimental protocols is essential to prevent contamination, measurement error, or sample degradation.
How Do Material Choices Impact Laboratory Supply Performance?
Material composition influences chemical compatibility, adsorption behavior, thermal stability, and mechanical integrity. Common materials such as polypropylene, borosilicate glass, and PTFE are selected based on application demands and regulatory considerations.
When Are Sterile Versus Non-Sterile Laboratory Supplies Required?
Sterile supplies are required for applications involving cell culture, microbiology, or contamination-sensitive assays. Non-sterile supplies are typically used in analytical, industrial, or preparatory workflows where sterility is not critical.
How Do Laboratory Supplies Support Data Integrity And Reproducibility?
Consistent use of validated, high-quality supplies reduces variability in sample handling and measurement. Standardized consumables help ensure repeatable conditions across experiments, supporting data integrity and long-term reproducibility.