Globe Scientific

Clinical Centrifuges

<h2>What Are Clinical Centrifuges?</h2>
&nbsp;
Clinical centrifuges separate whole blood into diagnostic components&mdash;serum or plasma, red blood cells, white blood cells, and platelets&mdash;by spinning standard blood collection tubes (5&ndash;50 mL vacutainer formats) at 300&ndash;6,000 RPM (typically 3,000&ndash;3,500 &times;g) for defined cycle times. They are the core specimen-processing instrument in clinical chemistry, hematology, immunology, coagulation, and molecular diagnostic laboratories. Standard serum separation runs at 3,000 &times;g for 10 minutes after a 30-minute clotting period; plasma preparation from anticoagulated tubes runs at 2,000&ndash;3,000 &times;g for 10&ndash;15 minutes. Clinical centrifuges used in CLIA-regulated labs must meet Clinical Laboratory Improvement Amendments performance requirements and be documented for routine calibration and maintenance.
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<h2 dir="ltr">What you will find:</h2>
&nbsp;
<ul>
<li dir="ltr" style="font-family: helvetica, arial, sans-serif;" aria-level="1">
Z207-A Clinical Centrifuge: Compact clinical centrifuge with an 8 x 15 mL rotor for routine sample processing
</li>
<li dir="ltr" style="font-family: helvetica, arial, sans-serif;" aria-level="1">
Sprint&trade; Clinical Centrifuge (6H): Reliable unit designed for consistent clinical lab applications
</li>
<li dir="ltr" style="font-family: helvetica, arial, sans-serif;" aria-level="1">
Sprint&trade; 8 Clinical Centrifuge: Fixed-angle rotor centrifuge for efficient sample separation
</li>
<li dir="ltr" style="font-family: helvetica, arial, sans-serif;" aria-level="1">
Sprint&trade; 6H Plus Clinical Centrifuge: Swing-out rotor centrifuge for improved sample handling
</li>
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DLAB DM0412 Clinical Centrifuge: Complete system with rotor and adapter for versatile lab use
</li>
</ul>
&nbsp;
<h2>How to Choose a Clinical Centrifuge</h2>
&nbsp;
Speed Range and Maximum RCF
Most routine clinical serum and plasma preparation requires 3,000&ndash;3,500 &times;g. Clinical centrifuges with a maximum RCF of 3,500&ndash;6,000 &times;g cover all standard blood tube protocols and allow headroom for gel separator tube requirements, which vary by manufacturer. Platelet-poor plasma preparation requires up to 10,000 &times;g, making higher-speed models appropriate for coagulation laboratories.
Rotor Type: Swing-Out vs. Fixed-Angle
Swing-out rotors produce a horizontal sediment layer perpendicular to the tube wall, simplifying serum and plasma aspiration while reducing red blood cell carryover into the supernatant. Fixed-angle rotors pellet at higher RCF per RPM and are faster for pelleting applications, although the diagonal sediment interface is less convenient for aspiration. Swing-out rotors are commonly preferred for routine blood tube processing, while fixed-angle models are often selected for higher-throughput workflows.
Tube Capacity and Format
Clinical centrifuge rotors typically hold 6&ndash;24 blood collection tube positions per run. Confirm that the rotor accommodates your required tube dimensions, including 13 mm OD tubes for 5&ndash;7 mL samples and 16 mm OD tubes for 10 mL samples, and verify adapter availability for 15 mL and 50 mL conical tubes when needed.
Refrigerated vs. Room Temperature
Refrigerated models operating between 2&ndash;8&deg;C are commonly used for coagulation factors, complement panels, cryoglobulin testing, and research specimens where analyte stability is temperature-sensitive. Room-temperature centrifuges are generally sufficient for routine chemistry and immunology workflows completed within standard processing times.
Programmable Acceleration and Deceleration
Adjustable acceleration and deceleration profiles help prevent gel barrier displacement in serum separator tubes and preserve platelet and buffy coat layers in specialized protocols. Manufacturers of gel separator tubes often specify both maximum RCF and acceleration limits, making programmable controls beneficial in high-throughput environments.
CLIA and CAP Compliance
Maintain documentation for centrifuge model numbers, serial numbers, rotor identification, and calibration verification schedules. Many laboratory quality programs include periodic speed verification using a calibrated tachometer, with records retained to support audit and accreditation requirements.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
Serum separation at 3,000 &times;g for 10 minutes is a commonly referenced protocol for routine chemistry and immunology testing. Gel separator tube manufacturers, including BD Vacutainer, Greiner, and Sarstedt, publish recommended RCF ranges to support proper gel barrier migration and minimize sample rejection due to displacement. Laboratory protocols should follow the specific recommendations provided for each tube type.
RCF is calculated using the formula RCF = 1.118 &times; 10&minus;5&nbsp;&times; r &times; N2, where&nbsp;r&nbsp;is the rotor radius in millimeters and&nbsp;N is RPM. Rotor-specific calculations provide more accurate results than generic RPM conversion tables. Modern clinical centrifuges commonly feature brushless DC motors, offering quieter operation, reduced maintenance requirements, and extended service life, along with programmable acceleration and deceleration settings to support sensitive specimen processing.
Ready to upgrade your lab's performance? <a href="https://mbpinc.net/contact-us">Contact with the expert team</a> at Molecular Biology Products and find the best clinical centrifuge for your lab today.&nbsp;

Clinical Centrifuge

GCC-P-Group-GCC-P Quick Start Guide

Flyer

GCC-P-Group-Equipment Catalog

GCC-P Portable Clinical Centrifuge Series

The GCC-P Portable Clinical Centrifuge and Accessories Series by Globe Scientific is a portable clinical centrifuge running on 12 VDC (car adapter included) or optional 110/240 VAC. Speed range 300&#8211;5,000 rpm; max RCF 3,250 &times; g; 6-position fixed-angle rotor for 15 mL tubes (adapters included for 5, 7, 10, 1.5, and 2.0 mL tubes). Timer: 1 sec to 99 min; 2 programmable memory locations; automatic lid lock; 11.5 lb / 5.2 kg. Order at mbpinc.net or contact customerservice@mbpinc.net. Available models: GCC-P, GCC-P-12VPWR, GCC-P-ADP2, GCC-P-ADP5, GCC-P-PWR.

Speed Range

Maximum RCF

Speed Accuracy

Rotor Capacity

Run Time

Power

Display

Acceleration Time

Braking Time

Dimensions

Weight

Manufacture

Centrifuge, Clinical, Portable, with Two Program Locations, 12VDC Car Adaptor, w/ 6-Place 15mL Rotor

Car Power Adaptor, GCC-P, 12VDC

Tube Adaptors, GCC-P, for 1.5/2.0mL tubes, 6 EA

Tube Adaptors, GCC-P, for 5mL tubes, 6 EA

Wall Power Adaptor, GCC-P, 100-240VAC, 50/60Hz

Hematocrit Centrifuge

<h2>What Are Hematocrit Centrifuges?</h2>
&nbsp;
Hematocrit centrifuges (microhematocrit centrifuges) are specialized high-speed instruments that spin sealed capillary tubes of anticoagulated whole blood at 10,000&ndash;15,000 RPM for 3&ndash;5 minutes to measure packed cell volume (PCV)&mdash;the percentage of total blood volume occupied by red blood cells (RBCs). The centrifugal force separates blood into three distinct layers: packed RBCs at the sealed clay end, a thin buffy coat of white blood cells and platelets, and plasma at the open end. PCV is read from the RBC column height using a microhematocrit card reader and expressed as a percentage. Typical adult reference ranges are approximately 41&ndash;53% for males and 36&ndash;46% for females, although laboratories should follow their own validated reference intervals. Manual PCV values obtained by microhematocrit methods may be slightly higher than automated hematocrit measurements because of plasma trapped between packed red blood cells.
&nbsp;
<h2 dir="ltr">What you will find:</h2>
&nbsp;
<ul>
<li dir="ltr" style="font-family: arial, helvetica, sans-serif;" aria-level="1">
GCH-24 Hematocrit Centrifuge: High-speed unit with a 24-capillary rotor for precise separation of blood and micro-samples
</li>
<li dir="ltr" style="font-family: helvetica, arial, sans-serif;" aria-level="1">
GCH-24 Hematocrit Centrifuge Accessories: Compatible rotor and accessories for smooth and efficient operation
</li>
</ul>
&nbsp;
<h2>How to Choose a Hematocrit Centrifuge</h2>
&nbsp;
Speed Range and Spin Time
Standard microhematocrit centrifuges operate between 10,000 and 15,000 RPM, with most laboratory protocols using approximately 11,000&ndash;12,000 RPM for complete red blood cell packing. Higher-speed models may reduce processing time to 3&ndash;4 minutes, while standard systems typically use 4&ndash;5 minute cycles. Verify that the selected instrument supports your laboratory's established procedures and validation requirements.
Rotor Capacity
Many hematocrit centrifuges accommodate 24 capillary tubes in a flat grooved rotor, enabling multiple patient samples to be processed simultaneously. Compact or point-of-care models may hold 6&ndash;12 tubes. Confirm compatibility with standard microhematocrit capillary tubes, which are typically 75 mm long with an outer diameter of approximately 1.55 mm.
Safety Cover and Interlock
A secure safety lid with an interlock mechanism is an important feature, preventing rotor operation while the cover is open. Capillary tube breakage during high-speed operation can create biohazardous exposure risks, so splash-resistant materials and easy-to-clean surfaces support routine laboratory safety and maintenance procedures.
Timer and Brake Control
An integrated timer helps maintain validated spin durations and supports consistent PCV measurements. Controlled deceleration minimizes disturbance of the packed red blood cell layer after centrifugation. Laboratory personnel should always allow the rotor to stop according to the manufacturer's instructions rather than manually slowing the system.
Capillary Tube Compatibility
Verify that the rotor accepts both heparinized and plain 75 mm capillary tubes sealed with clay. Some instruments are optimized for specific tube dimensions or manufacturers, making compatibility checks important when purchasing replacement consumables or third-party supplies.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
The standard microhematocrit method uses 75 mm capillary tubes with approximately 1 mm internal diameter and 1.55 mm outer diameter, sealed with clay and centrifuged according to validated laboratory procedures. Heparinized tubes are commonly used for direct capillary blood collection, while plain tubes are used with anticoagulated venous blood specimens. Laboratories should follow applicable CLSI guidance and their own standard operating procedures when establishing test protocols.
Manual PCV measurements obtained by microhematocrit methods may include a small amount of trapped plasma, producing slightly higher values than automated hematology analyzers that calculate hematocrit using red blood cell count and mean corpuscular volume (MCV). In veterinary medicine, hematocrit centrifuges remain widely used because they require minimal blood volume and provide rapid diagnostic information. Modern systems frequently include digital timers, brushless motors, and enhanced safety interlocks to support reliable routine operation.
Choose the best hematocrit centrifuge for your lab today. <a href="https://mbpinc.net/contact-us" style="color: #236fa1;">Contact the expert team </a>at Molecular Biology Products Inc. now and book the perfect match.

User Manual

GCH-24-Group-Equipment Catalog

GCH-24 Hematocrit Centrifuge

The GCH-24 Hematocrit Centrifuge by Globe Scientific provides 24-capillary tube capacity, 200–14,000 rpm speed range, and 18,620 × g maximum RCF for PCV/HCT determination. Includes 24-place hematocrit rotor kit with lid and reading disk lid. Available as GCH-24 (120V, US plug), GCH-24-UK (230V, UK plug), and GCH-24-EU (230V, EU plug).

Speed

Dimensions (WxDxH)

Certifications

Centrifuge, Hematocrit, 24-place, 120v, 60Hz, US Plug (includes: 24-Place Hematocrit Rotor Kit with Lid and Reading Disk Lid)

Centrifuge, Hematocrit, 24-Place, 230v, 50Hz, UK, Plug (includes: 24-Place Hematocrit Rotor Kit with Lid and Reading Disk Lid)

Centrifuge, Hematocrit, 24-Place, 230v, 50Hz, EU Plug (includes: 24-Place Hematocrit Rotor Kit with Lid and Reading Disk Lid)

GCH-24 Hematocrit Centrifuge Accessories

Globe Scientific GCH-24 hematocrit centrifuge accessories: GCH-24-ROT-H (24-place capillary rotor, lid + reading disk, 12,000 RPM max) and GCH-24-ROT-1.5-2 (24-place 1.5/2.0 mL microtube rotor, lid + clips + O-ring, 14,000 RPM max). Each sold individually.

Hematocrit Rotor for use with GCH Series Hematocrit centrifuge, 24 place, includes lid and reading disk, 12000rpm max

Rotor for use with GCH-24 Series Hematocrit Centrifuges, with Lid, Fixing Clips and O-Ring, 14000rpm max, 24-Place for 1.5mL and 2.0mL Microcentrifuge Tubes

Microcentrifuges

<h2>What Are Microcentrifuges?</h2>
&nbsp;
Microcentrifuges are compact, high-speed benchtop centrifuges designed specifically for 0.2&ndash;2.0 mL microtubes and PCR strips, operating at 10,000&ndash;21,000 &times;g in a fixed-angle rotor. They are the primary centrifugation instrument in molecular biology, biochemistry, and clinical molecular diagnostics labs: nucleic acid pellet formation after ethanol precipitation, spin-column DNA/RNA extraction and PCR cleanup steps (typically specified at 10,000&ndash;16,000 &times;g for 30&ndash;60 seconds), cell debris clearance from lysates, protein precipitation supernatant recovery, and brief sample clarification before downstream analysis. Standard benchtop microcentrifuges reach 14,000&ndash;15,000 RPM (16,000&ndash;21,000 &times;g), while high-speed models reach up to 21,000 RPM and approximately 31,000 &times;g. Refrigerated variants maintain 0&ndash;4&deg;C for temperature-sensitive workflows.
&nbsp;
<h2>What You Will Find:</h2>
&nbsp;
<ul>
<li>High-Speed Microcentrifuges: For faster sample processing</li>
<li>Refrigerated Microcentrifuges: For temperature-sensitive handling</li>
<li>Benchtop Microcentrifuge Systems: For routine lab working</li>
<li>5D Digital Microcentrifuge: With customizable time and speed options</li>
<li>Mini Microcentrifuges: Compact units for rapid spin-down tasks</li>
<li>MC-24 High-Speed Microcentrifuge: Features touch screen control and high speed</li>
<li>Microplate Centrifuges: Developed for PCR plates and strip formats</li>
<li>Microcentrifuge Accessories: For expanded tube flexibility and compatibility</li>
</ul>
&nbsp;
<h2>How to Choose a Microcentrifuge</h2>
&nbsp;
Maximum RCF vs. Protocol Requirements
Most spin-column kit protocols specify 10,000&ndash;16,000 &times;g. A standard microcentrifuge reaching 14,000&ndash;16,000 &times;g covers these requirements. If your lab performs alcohol-precipitation DNA/RNA pelleting (12,000&ndash;16,000 &times;g) or virus concentration steps (20,000+ &times;g), choose a model reaching at least 16,000 &times;g. High-speed models reaching 21,000&ndash;31,000 &times;g are available for specialized applications.
Rotor Tube Positions and Capacity
Most microcentrifuge rotors hold 12&ndash;24 &times; 1.5/2.0 mL tubes per run. Laboratories processing larger batches benefit from 24-position rotors, while smaller research groups may find 12-position models sufficient. Confirm that adapters for 0.5 mL and 0.2 mL tubes are available if required by your workflows.
Refrigerated vs. Ambient Temperature
Refrigerated microcentrifuges are recommended for RNA extraction, protein stability studies, cell viability applications, and any protocol requiring 4&deg;C centrifugation. Standard room-temperature models are suitable for routine DNA extraction and PCR cleanup procedures.
Noise Level and Footprint
Modern brushless DC motor microcentrifuges typically operate at &le;52 dB, making them quieter than older brush-motor systems. Most units occupy 200&ndash;300 mm of bench width, so confirm that sufficient clearance is available when the lid is fully open.
Safety Features
Essential safety features include lid-lock mechanisms, imbalance detection, and over-speed protection. Laboratories handling infectious materials should verify that aerosol-tight sealed rotor lids are available for the selected model.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
The standard spin-column step in most commercial DNA/RNA extraction kits specifies 10,000&ndash;16,000 &times;g for 30&ndash;60 seconds. Always confirm the rotor's maximum RCF from manufacturer specifications, since RPM values alone do not account for differences in rotor radius.
Microcentrifuge rotors are typically fixed-angle designs positioned at approximately 45&deg;, providing efficient pelleting and short sedimentation paths. Aerosol-tight sealed lids allow safe handling of BSL-2 samples and other applications requiring biocontainment. Modern brushless DC motors offer quieter performance, improved speed accuracy, and longer service intervals than legacy brush-motor systems.
Your search for high-performance microcentrifuges is over. <a href="https://mbpinc.net/contact-us">Contact now</a> with the expert team at Molecular Biology Products Inc. and get the right microcentrifuge for your lab today.

Microcentrifuge

Product Literature

GCM Series Centrifuges

GCM Microcentrifuge Series

The GCM Series high-speed microcentrifuge by Globe Scientific is available as GCM-12 (12-place, 15,000 rpm / 15,100 × g, universal 120–240V, US+UK+EU plugs included) and GCM-24 (24-place, 15,000 rpm / 21,380 × g) in three plug variants: GCM-24 (120V, US), GCM-24-UK (230V, UK), and GCM-24-EU (230V, EU). All include a rotor for 1.5/2.0 mL microtubes.

Centrifuge, Micro, 12-Place, High Speed, 120v - 240v, 50/60Hz, US, UK, EU Plugs (Includes: 12-Place Rotor for 1.5mL and 2.0mL Microcentrifuge Tubes)

Centrifuge, Micro, 24-Place, High Speed, 120v, 60Hz, US Plug (Includes: 24-Place Rotor with Lid for 1.5mL and 2.0mL Microcentrifuge Tubes #MC-24-2ML)

Centrifuge, Micro, 24-Place, High Speed, 230v, 50Hz, UK Plug (Includes: 24-Place Rotor with Lid for 1.5mL and 2.0mL Microcentrifuge Tubes #MC-24-2ML)

Centrifuge, Micro, 24-Place, High Speed, 230v, 50Hz, EU Plug (Includes: 24-Place Rotor with Lid for 1.5mL and 2.0mL Microcentrifuge Tubes #MC-24-2ML)

GCM Refrigerated Microcentrifuge Series

The GCM Refrigerated Microcentrifuge series by Globe Scientific reaches 15,000 rpm (21,380 × g) with a temperature range of −20°C to 40°C and a 24-place rotor with lid for 1.5/2.0 mL microtubes included. Available in three plug variants: GCM-R-24 (120V/60Hz, US plug), GCM-R-24-UK (230V/50Hz, UK plug), and GCM-R-24-EU (230V/50Hz, EU plug).

Maximum Speed

Temperature Range

Dimension (W x D x H)

Warranty

Centrifuge, Micro, Refrigerated, 24-Place, High Speed, 120v, 60Hz, US Plug (Includes: 24-Place Rotor with Lid for 1.5mL and 2.0mL Microcentrifuge Tubes #MC-24-2ML)

Centrifuge, Micro, Refrigerated, 24-Place, High Speed, 230v, 50Hz, UK Plug (Includes: 24-Place Rotor with Lid for 1.5mL and 2.0mL Microcentrifuge Tubes #MC-24-2ML)

Centrifuge, Micro, Refrigerated, 24-Place, High Speed, 230v, 50Hz, EU Plug (Includes: 24-Place Rotor with Lid for 1.5mL and 2.0mL Microcentrifuge Tubes #MC-24-2ML)

Funnels

<h2>What Are Laboratory Weighing Funnels?</h2>
&nbsp;
Laboratory weighing funnels are single-use antistatic polypropylene (PP) funnels specifically designed for the weighing-and-transfer step in analytical chemistry, pharmaceutical weighing, and sample preparation workflows. Unlike standard powder funnels, weighing funnels have one flat side that allows the funnel to rest stable on a balance pan during mass measurement, and a conical stem sized to the neck of a specific volumetric flask volume. After the sample mass is recorded, the funnel inserts directly into the flask neck, and the sample is transferred by tipping or rinsing&mdash;providing quantitative, loss-free transfer into narrow-neck vessels. Available in extra small (fits microtubes and 5&ndash;20 mL flasks) through extra-extra-large (fits 1000 mL+ vessels). Antistatic weighing funnels are single-use; washing removes the antistatic treatment. Reusable funnels needing autoclave sterilization should be standard polypropylene powder funnels, not antistatic weighing funnels.
&nbsp;
<h2>What you will find:</h2>
&nbsp;
<ul>
<li>Powder funnels with wide stems for smooth solid transfer</li>
<li>Long-stem funnels for controlled pouring into narrow containers</li>
<li>Short-stem funnels for faster liquid transfer</li>
<li>Filter funnels for use with standard filter paper</li>
<li>Chemical-resistant plastic funnels for lab compatibility</li>
<li>Disposable funnels for single-use workflows</li>
</ul>
&nbsp;
<h2>How to Choose Laboratory Weighing Funnels</h2>
&nbsp;
Match Size to Flask Neck
The critical specification for a weighing funnel is the stem outer diameter relative to the flask neck inner diameter. Extra small fits 96-well microtubes and 5&ndash;20 mL volumetric flasks; small fits 20&ndash;50 mL; medium fits 50&ndash;200 mL; large fits 200&ndash;500 mL; extra large fits 500&ndash;1000 mL. A funnel that is too wide will not insert and will spill during transfer&mdash;when in doubt, choose one size smaller.
Disposable Antistatic vs. Reusable PP
For analytical weighing of fine powders, use disposable antistatic PP funnels&mdash;the antistatic surface dissipates charge that causes powder adhesion. For bulk transfer of coarse materials or liquids where static is not an issue, standard reusable polypropylene powder funnels (autoclavable at 121&deg;C, large-bore stem) are more economical and can be sterilized between uses.
Assorted vs. Individual Packs
Assorted packs covering extra small through extra large provide flexibility when flask sizes vary across experiments and reduce the number of individual SKUs to manage. Individual packs are more economical when only one funnel size is used at high volume.
Flat-Side Stability
All antistatic weighing funnels have one flat side on the funnel body. This flat face allows the funnel to rest stably on a balance pan without rolling during the weighing step before transfer&mdash;a design feature absent on standard laboratory funnels.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
Antistatic polypropylene weighing funnels achieve antistatic performance through a surface additive incorporated during molding; this is a surface treatment rather than a bulk polymer property. The flat side is designed to rest on a balance pan while keeping the stem vertical for direct transfer into volumetric flasks. As of 2026, these funnels are standard in pharmaceutical QC and analytical chemistry labs for gravimetric transfer workflows compliant with USP procedures. Explore weighing dishes and funnels category for related consumables.
Pick the size that fits your work&mdash;and everything else gets a lot easier.&nbsp;<a href="https://mbpinc.net/consumables/tubes-and-sample-collection/funnels" title="Contact the MBP Team">Contact the MBP Team</a> today.

General Purpose Funnels Specifications

General Purpose Funnel, HDPE

General Purpose HDPE Funnels are available in the following variants: 604171, 600172, 600173, 600174, 600175, 600176, 600177, 600178, 604179.Globe Scientific 604171 general-purpose HDPE funnel, 80 mm top I.D., 100 mL capacity, 13 mm OD × 27 mm stem. External ribbing prevents air lock during liquid transfer. Sold 5/bag.

Funnel, General Purpose, HDPE, 80mm, 100mL, BAG/5

Funnel, General Purpose, HDPE, 100mm, 300mL, BAG/5

Funnel, General Purpose, HDPE, 120mm, 450mL, BAG/5

Funnel, General Purpose, HDPE, 140mm, 750mL, BAG/5

Funnel, General Purpose, HDPE, 180mm, 1500mL, BAG/5

Funnel, General Purpose, HDPE, 220mm, 2750mL, BAG/5

Funnel, General Purpose, HDPE, 250mm, 4000mL, BAG/5

Funnel, General Purpose, HDPE, 300mm, 5500mL, BAG/5

Funnel, General Purpose, HDPE, 420mm, 10000mL, BAG/5

Hotplate & Stirrer

<h2>What Are Laboratory Hotplates and Stirrers?</h2>
&nbsp;
Laboratory hotplates are electrically heated work surfaces used to warm flasks, beakers, and vessels containing reagents, culture media, buffers, and reaction mixtures. Magnetic stirrers use a rotating magnetic field beneath the plate to spin a PTFE-coated stir bar inside the vessel, providing uniform mixing without mechanical contact. Combination hotplate-stirrer units integrate both functions in a single instrument and are the most common format in chemistry, biology, and pharmaceutical labs. Standalone magnetic stirrers (without heating) are used for room-temperature mixing, pH measurement, and buffer preparation. Applications include chemical synthesis and recrystallization, cell culture media preparation, buffer and reagent preparation, dissolution testing, enzyme assays, protein and nucleic acid precipitation, and polymer synthesis. Digital hotplate-stirrers with PID temperature control, external probe inputs for actual solution temperature monitoring, and PTFE-coated ceramic or aluminum plates are the standard in research-grade instruments. Choose a combination hotplate-stirrer for most bench chemistry and biology work; choose a standalone magnetic stirrer for room-temperature mixing where a heating element would be a contamination or safety risk.
&nbsp;
<h2 dir="ltr">What You Will Find:</h2>
&nbsp;
<ul>
<li dir="ltr" aria-level="1">
<a href="https://mbpinc.net/equipments/temperature-control-equipment/hotplate-and-stirrers/magnetic-stirrers" title="Magnetic Stirrers">Magnetic Stirrers</a> provide powerful, quiet rotation using high-quality magnetic bars to ensure your liquids are blended perfectly every time.
</li>
<li dir="ltr" aria-level="1">
<a href="https://mbpinc.net/equipments/temperature-control-equipment/hotplate-and-stirrers/hotplate-and-stirrer-accessories" title="Hotplate &amp; Stirrer Accessories">Hotplate &amp; Stirrer Accessories</a> include everything from extra stir bars to external temperature probes, helping you customize your setup for better accuracy.
</li>
<li dir="ltr" aria-level="1">
<a href="https://mbpinc.net/equipments/temperature-control-equipment/hotplate-and-stirrers/multi-position-hotplate-stirrers" title="Multi-Position Hotplate Stirrers">Multi-Position Hotplate Stirrers</a> allow you to process several samples at once with uniform heat and speed, making your high-throughput days much more manageable.
</li>
<li dir="ltr" aria-level="1">
<a href="https://mbpinc.net/equipments/temperature-control-equipment/hotplate-and-stirrers/overhead-stirrers" title="Overhead Stirrers">Overhead Stirrers</a> deliver the high-torque power needed for thick, high-viscosity liquids that standard magnetic stirrers just can't handle.
</li>
</ul>
&nbsp;
<h2>How to Choose a Lab Hotplate or Stirrer</h2>
&nbsp;
Hotplate-only vs. stirrer-only vs. combination unit
Hotplates without a stirring function are used for applications requiring only controlled heating: drying samples, warming baths, or maintaining solution temperature without agitation. Standalone stirrers (no heating) handle room-temperature mixing, titrations, and sample homogenization without thermal risk. Combination hotplate-stirrers serve both purposes in one instrument and are the standard choice for chemistry and cell biology benches where both heating and mixing are regularly needed.
Plate material: ceramic vs. stainless steel vs. aluminum
Ceramic top plates resist corrosive chemical spills, provide a white surface ideal for titrations and colorimetric work, and withstand temperatures up to 550 degrees C. Stainless steel plates offer stronger magnetic coupling and higher stirring force, preferred for dense suspensions or high-viscosity liquids. Aluminum plates heat and cool faster than ceramic, making them suitable for applications requiring rapid temperature changes. PTFE-coated plates are chemically resistant but limited to lower temperatures.
Temperature range and accuracy
Standard combination units reach 300 degrees C to 380 degrees C on the plate surface. Digital PID-controlled units with an external temperature probe monitor actual solution temperature (not plate temperature) and maintain the solution within plus or minus 1 degree C at setpoint, which is important for temperature-sensitive enzyme reactions, crystallization protocols, and culture media preparation. Analog units without external probes rely on plate surface temperature, which can differ significantly from solution temperature.
Stirring speed and stir bar volume
Stirring speed ranges from 100 rpm for gentle mixing to 1500 rpm for vigorous suspension. Match stir bar size to vessel volume: a 10 mm bar for tubes and small vials, a 25 mm to 40 mm bar for 50 mL to 500 mL beakers, and a 50 mm to 80 mm bar for 1 L to 5 L vessels. Using a stir bar too large for the vessel prevents rotation; too small causes inefficient mixing.
Safety features
For work with flammable solvents, specify an explosion-proof or EX-rated hotplate with enclosed heating elements that do not produce sparks. Digital models with over-temperature alarms and contact temperature sensors on the plate surface prevent runaway heating events. Some models include motor auto-shutoff if the stir bar decouples, reducing the risk of unattended overheating.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
Maximum plate temperature (300 to 550 degrees C) is a surface rating; actual solution temperature depends on vessel geometry, fill volume, and heat loss. Use an external temperature probe (PT1000 or thermocouple) inserted into the solution for accurate setpoint control. Plate dimensions (typically 135 mm x 135 mm to 300 mm x 300 mm) determine the vessel sizes the unit can safely support; oversized vessels extending beyond the plate perimeter are unstable. PTFE stir bars should be inspected for wear periodically, as chipped PTFE releases particles into the solution; replace any stir bar showing surface damage.&nbsp;
&nbsp;
Ready to stir things up? Take a look through our hotplate and stirrer collection and <a href="https://mbpinc.net/contact-us">reach out to the MBP team</a> for a friendly quote today.

Hotplate & Stirrers

GHS-380S - Product Guide

GHS-380H - Product Guide

Hotplate Stirrer

GHS-380 Group Hotplates & Stirrers

Globe Scientific GHS-380 series — 380°C maximum, 5.5 × 5.5 in ceramic plate. Hotplate stirrer (GHS-380HS 115V / GHS-380HS-UK-EU), hotplate only (GHS-380H 115V / GHS-380H-UK-EU 240V), stirrer only (GHS-380S 100–240V). Digital control.

Hotplate Stirrer, Digital, 380C Maximum Temperature, 5.5 x 5.5 inch ceramic coated top plate, 100-120v, 50-60Hz

Hotplate Stirrer, Digital, 380C Maximum Temperature, 5.5 x 5.5 

Hotplate, Digital, 380C Maximum Temperature, 5.5 x 5.5 inch ceramic coated top plate, 100-120v, 50-60Hz

Hotplate, Digital, 380C Maximum Temperature, 5.5 x 5.5 inch ceramic coated top plate, 200-240v 50-60Hz

Stirrer, Digital, 5.5 x 5.5 inch ceramic coated top plate, 100-240v, 50-60Hz

Hotplate-Stirrer

Sensor support stand and clamp, for use with GHS-550 models

Sensor support stand and clamp, small, for use with GHS-380 models

Temperature sensor, 230mm length, for use with GHS models with heat

Temperature sensor, 230mm length, glass coated, for use with GHS models with heat

GHS-550 Group Hotplates & Stirrers

The GHS-550 Hotplate & Stirrer Series by Globe Scientific — four-model group of digital hotplates, magnetic stirrers, and combination hotplate-stirrers with a 7 × 7 in glass ceramic surface and 550°C maximum. Stirrer models: 0–1500 rpm, brushless DC motor, up to 20 L (GHS-550HSP). GHS-550HSP adds PID control, LCD display, and RS232 port. Available models: GHS-550HSP, GHS-550HSP-UK-EU, GHS-550HS, GHS-550HS-UK-EU, GHS-550H, GHS-550H-UK-EU, GHS-550S, GHS-550S-UK-EU.

Hotplate Stirrer, Digital, 550C Maximum Temperature, 7 x 7 inch glass ceramic  top plate, with RS232 port, 100-120v, 50-60Hz

Hotplate Stirrer, Digital, 550C Maximum Temperature, 7 x 7 inch glass ceramic  top plate, with RS232 port, 200-240v 50-60Hz

Hotplate Stirrer, Digital, 550C Maximum Temperature, 7 x 7 inch glass ceramic  top plate, 100-120v, 50-60Hz

Hotplate Stirrer, Digital, 550C Maximum Temperature, 7 x 7 inch glass ceramic  top plate, 200-240v 50-60Hz

Hotplate, Digital, 550C Maximum Temperature, 7 x 7 inch glass ceramic  top plate, 100-120v, 50-60Hz

Hotplate, Digital, 550C Maximum Temperature, 7 x 7 inch glass ceramic  top plate, 200-240v 50-60Hz

Stirrer, Analog, 7 x 7 inch glass ceramic  top plate, 100-120v, 50-60Hz

Stirrer, Analog, 7 x 7 inch glass ceramic top plate, 200-240v 50-60Hz

Erlenmeyer Flasks

<h2 dir="ltr"> What Are Glass Erlenmeyer Flasks?</h2>
 Glass Erlenmeyer flasks (conical flasks) are wide-base, tapered-neck borosilicate glass vessels designed for swirling liquids without spillage, growing microbial cultures, performing titrations, and conducting vacuum filtration. The conical shape concentrates swirled liquid toward the base, keeping it away from the narrow neck during vigorous mixing &mdash; preventing splashing that would occur in a straight-sided beaker. Globe Scientific borosilicate Erlenmeyer flasks at MBP are manufactured to ISO 9001:2015 standards, are autoclavable at 121&deg;C, and are&nbsp;chemically resistant to the full range of laboratory reagents. Choose narrow-mouth for most bench workflows; wide-mouth for solid addition; screw-cap for sealed culture or transport; filter flasks for vacuum filtration. 
&nbsp;
<h2 dir="ltr">What you will find:</h2>
&nbsp;
<ul>
<li dir="ltr" aria-level="1">
Narrow-mouth Erlenmeyer Flasks for controlled pouring and reduced evaporation.
</li>
<li dir="ltr" style="color: #000000;" aria-level="1">
Wide-mouth Erlenmeyer Flasks for easy filling and convenient pipette access.
</li>
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Heavy Duty Flasks with reinforced rims for maximum mechanical strength.
</li>
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Screw Cap Erlenmeyer Flasks to ensure airtight storage and safe transport.
</li>
<li dir="ltr" style="color: #000000;" aria-level="1">
Filter Flasks designed with side arms for rapid vacuum filtration.
</li>
</ul>
<h2 dir="ltr"> How to Choose Erlenmeyer Flasks</h2>
 Narrow Mouth vs. Wide Mouth Narrow-mouth Erlenmeyer flasks are the standard format &mdash; the restricted opening reduces evaporation during prolonged incubations, accepts foam stoppers, cotton plugs, and standard rubber bungs, and provides a pouring lip for controlled transfers. Wide-mouth flasks are used when solid materials (agar powder, media granules, solid substrates) need to be added through the neck &mdash; the wider opening prevents solid-to-neck contact and residue loss. Heavy Duty Heavy-duty Erlenmeyer flasks have reinforced rims and thicker walls &mdash; suited to labs with high breakage rates, high-throughput autoclaving, or handling of large-volume flasks where the weight of flask plus contents stresses the neck during handling and transport. Screw Cap vs. Foam/Bung Closure Screw-cap Erlenmeyer flasks with polypropylene caps allow sealed incubation, safe transport of sterile media, and controlled-atmosphere storage. Standard flasks with foam or cotton closures allow gas exchange &mdash; appropriate for aerobic microbial culture. For transport or anaerobic conditions, a screw-cap is the correct choice. Filter Flask (Side Arm) Filter flasks have a tubular side arm on the neck used to connect a vacuum line during vacuum filtration. A Buchner or Hirsch funnel seated in the neck draws liquid through a filter medium into the flask body under vacuum. Use filter flasks for rapid filtration of biological suspensions, precipitate collection, and membrane filtrations. 
<h2 dir="ltr">Specifications Context</h2>
 Globe Scientific borosilicate glass Erlenmeyer flasks are manufactured under ISO 9001:2015 quality standards from borosilicate glass conforming to ASTM E438 Type I (USP Type I). Autoclave tolerance: 121&deg;C for standard sterilisation cycles; do not autoclave fully sealed screw-cap flasks &mdash; loosen one quarter-turn to allow steam pressure equalisation. Common volumes: 25mL to 5,000mL (standard); filter flasks typically 125mL to 4,000mL. As of June 2026, MBP stocks all five Erlenmeyer flask formats from Globe Scientific. 
By using these industrial-grade conical flasks, you may spend more time on your actual research and require fewer replacements. Get a quote today by <a href="https://mbpinc.net/contact-us" style="color: #236fa1;">contacting the MBP Team.</a>

Glass Erlenmeyer Flasks

Globe Glass - Catalog

GlassGuard Packaging - Brochure

Globe Glass Filter Flasks Specifications

Globe Glass Filter Flasks

Globe Glass Filter Flasks are available in the following variants: 8450025, 8450050, 8450125, 8450250, 8450500, 8451000, 8452000, 8454000.8450025 by Globe Scientific is a 25 mL borosilicate glass 3.3 filter flask meeting ASTM E438 Type I Class A and ASTM E1406 Type II Class I standards, with a 7–8 mm side arm, dual 10–25 mL metric graduation, 6 per box, 18 boxes per case.

Flask, Filter, Globe Glass, 25mL, Dual Graduations, ASTM E1406, 6/Box, CS/18

Flask, Filter, Globe Glass, 50mL, Dual Graduations, ASTM E1406, 6/Box, CS/18

Flask, Filter, Globe Glass, 125mL, Dual Graduations, ASTM E1406, 6/Box, CS/18

Flask, Filter, Globe Glass, 250mL, Dual Graduations, ASTM E1406, 6/Box, CS/18

Flask, Filter, Globe Glass, 500mL, Dual Graduations, ASTM E1406, 6/Box, CS/18

Flask, Filter, Globe Glass, 1000mL, Dual Graduations, ASTM E1406, 6/Box, CS/12

Flask, Filter, Globe Glass, 2000mL, Dual Graduations, ASTM E1406, 1/Box

Flask, Filter, Globe Glass, 4000mL, Dual Graduations, ASTM E1406, 1/Box

Graduated Cylinders

<h2>What Are Graduated Cylinders?</h2>
&nbsp;
Graduated cylinders are tall, narrow borosilicate glass or polymer vessels calibrated with multiple volume graduation marks, used to measure liquid volumes at bench scale &mdash; more accurately than beakers (&plusmn;5% capacity) but less accurately than volumetric flasks (&plusmn;0.05&ndash;0.1% capacity). They are the everyday volumetric tool in chemistry, biology, and clinical labs for measuring reagent volumes, preparing buffer dilutions, and transferring liquids where a precise but not analytically exact volume is required. Class A borosilicate glass graduated cylinders at MBP conform to ASTM E1272 / ISO 4788 tolerances.&nbsp;Choose Class A cylinders for applications where stated volume accuracy matters; choose Class B for routine measurements where a fast approximate reading is sufficient.
&nbsp;
<h2>Product Range at MBP</h2>
&nbsp;
<ul>
<li dir="ltr" aria-level="1">
Class A high-accuracy measuring cylinders
</li>
<li dir="ltr" aria-level="1">
Class B general use graduated cylinders
</li>
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Clear single-scale graduated cylinders
</li>
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Dual-scale (mL/oz) measuring cylinders
</li>
<li dir="ltr" aria-level="1">
Autoclavable laboratory measuring cylinders
</li>
</ul>
&nbsp;
<h2>How to Choose Graduated Cylinders</h2>
&nbsp;
Class A vs. Class B
Class A graduated cylinders conform to ASTM E1272 / ISO 4788 Class A tolerances &mdash; e.g., &plusmn;0.5 mL for a 100 mL cylinder, &plusmn;2.0 mL for a 1,000 mL cylinder. Class B tolerances are twice as wide as Class A. Class A cylinders are appropriate for protocols specifying cylinder-grade volume accuracy; Class B for routine lab measurements where tight tolerances are not required.
Single Scale vs. Dual Scale (mL/oz)
Single-scale cylinders are marked in mL only &mdash; cleaner graduation lines, easier to read, preferred for labs working exclusively in metric units. Dual-scale cylinders carry both mL and oz markings, useful in labs operating across metric and US customary units or for customer-facing applications requiring oz notation.
Autoclavable Glass vs. Plastic
Borosilicate glass graduated cylinders are autoclavable at 121&deg;C, resistant to all common lab reagents, and reusable indefinitely with careful handling. PP plastic cylinders are shatterproof and autoclavable at 121&deg;C but are not suitable for organic solvents or high heat above 135&deg;C.
Size and Base Type
Common sizes: 10 mL, 25 mL, 50 mL, 100 mL, 250 mL, 500 mL, 1,000 mL, and 2,000 mL. Hexagonal bases provide better bench stability than round bases &mdash; important in high-traffic labs where tip-over risk is a concern.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
Borosilicate glass graduated cylinders conforming to ASTM E1272 / ISO 4788 are calibrated "to contain" (TC) the stated volume &mdash; the mark indicates the volume held in the cylinder, not delivered from it (Class A volumetric flasks are also TC). Reading technique: for aqueous solutions in glass, read the bottom of the curved meniscus at eye level to eliminate parallax error. Borosilicate 3.3 has a strain point of 515&deg;C; autoclave tolerance is 121&deg;C for standard sterilisation cycles. As of June 2026, MBP stocks Class A and Class B graduated cylinders in single and dual-scale formats for labs in the US, Canada, and worldwide.
Reach out to the <a href="https://mbpinc.net/contact-us">team at Molecular Biology Products Inc. (MBP)</a> to request a quote for your lab requirements.

Brochure

Globe Glass Graduated Cylinders, Class A

The Globe Glass Graduated Cylinders, Class A by Globe Scientific are ASTM E1272 Class A borosilicate glass cylinders, dual-graduated and TD-calibrated, with solid hexagonal base and PE bumper guard. Available in 9 volumes from 5 mL to 2000 mL: 8300005, 8300010, 8300025, 8300050, 8300100, 8300250, 8300500, 8301000, and 8302000.

Cylinder, Graduated, Globe Glass, 5mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/6

Cylinder, Graduated, Globe Glass, 10mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/6

Cylinder, Graduated, Globe Glass, 25mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/6

Cylinder, Graduated, Globe Glass, 50mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/6

Cylinder, Graduated, Globe Glass, 100mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/6

Cylinder, Graduated, Globe Glass, 250mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/4

Cylinder, Graduated, Globe Glass, 500mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/4

Cylinder, Graduated, Globe Glass, 1000mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box

Cylinder, Graduated, Globe Glass, 2000mL, Class A, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box

Globe Glass Graduated Cylinders, Class B

The Globe Glass Graduated Cylinders, Class B by Globe Scientific are ASTM E1272 Class B 3.3 borosilicate (ASTM E438 Type I) TD cylinders with solid hexagonal bases, PE bumper guards, and dual white enamel graduated scales; ISO 9001/17025; GlassGuard packaging. Available in 9 volumes: 8330005 (5 mL), 8330010 (10 mL), 8330025 (25 mL), 8330050 (50 mL), 8330100 (100 mL), 8330250 (250 mL), 8330500 (500 mL), 8331000 (1000 mL), and 8332000 (2000 mL).

Cylinder, Graduated, Globe Glass, 5mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 4/Box, CS/24

Cylinder, Graduated, Globe Glass, 10mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 4/Box, CS/24

Cylinder, Graduated, Globe Glass, 25mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 4/Box, CS/24

Cylinder, Graduated, Globe Glass, 50mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 4/Box, CS/24

Cylinder, Graduated, Globe Glass, 100mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 4/Box, CS/24

Cylinder, Graduated, Globe Glass, 250mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 2/Box, CS/12

Cylinder, Graduated, Globe Glass, 500mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/8

Cylinder, Graduated, Globe Glass, 1000mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/4

Cylinder, Graduated, Globe Glass, 2000mL, Class B, To Deliver (TD), Dual Grads, ASTM E1272, 1/Box, CS/4

Griffin Style Beaker

<h2 data-section-id="1sg16rn" data-start="114" data-end="148">What Are Griffin Style Beakers?</h2>
&nbsp;
Griffin style beakers are low-form cylindrical vessels with a height-to-diameter ratio of approximately 1.0:1.4 &mdash; shorter and wider than tall-form (Berzelius) beakers &mdash; designed for stable stirring on a magnetic stir plate, heating on a hot plate, and general reagent handling on the bench. The flat base provides maximum contact with hot-plate surfaces for uniform heating; the wide opening allows easy reagent addition, thermometer insertion, and stirring access. Borosilicate glass Griffin beakers at MBP conform to ASTM E960. Griffin style is the default beaker for most bench workflows; choose tall-form (Berzelius) only when a tall liquid column is required for distillation or titration setups.
&nbsp;
<h2 dir="ltr">&nbsp;What you will find:</h2>
&nbsp;
<ul>
<li dir="ltr" aria-level="1">
Versatile volume ranges from 10mL to 5000mL for any scale.
</li>
<li dir="ltr" aria-level="1">
Molded Graduations for permanent, wear-resistant scale visibility.
</li>
<li dir="ltr" aria-level="1">
Printed Graduations providing high-contrast markings for quick reading.
</li>
<li dir="ltr" aria-level="1">
Durable Griffin Style design with a flat base and easy-pour spout.
</li>
<li dir="ltr" aria-level="1">
Case Pack options for high-volume laboratory stocking.
</li>
<li dir="ltr" aria-level="1">
High-quality borosilicate glassware compatible with various chemicals.
</li>
</ul>
&nbsp;
<h2 data-section-id="tdvfh2" data-start="857" data-end="895">How to Choose Griffin Style Beakers</h2>
&nbsp;
Size Selection
MBP stocks Griffin style beakers from 10 mL to 5,000 mL. Common bench sizes include 50 mL and 100 mL for small-scale reactions and staining, 250 mL for routine buffer work, 1,000 mL for media or reagent preparation, and 2,000 mL for larger-volume batches. As a general guideline, beakers should be filled to no more than two-thirds of their nominal capacity when heating to allow for liquid expansion and prevent boil-over.
Graduation: Molded vs. Printed
Molded graduations are permanently embossed into the glass and are resistant to solvents, autoclaving, and repeated cleaning cycles. Printed dual-scale graduations provide higher contrast for quick bench reading but may fade over time with repeated autoclaving or exposure to aggressive solvents.
Borosilicate Glass
Griffin style beakers at MBP are made from borosilicate glass, which is resistant to acids, bases, alcohols, and most organic solvents, and is autoclavable at 121&deg;C. Its low thermal expansion coefficient (~3.3&times;10⁻⁶/K) helps prevent cracking during rapid heating or cooling.
Case Pack Availability
High-volume laboratories can order Griffin style beakers in case packs to reduce per-unit cost. Case pricing varies by size and is available upon request from MBP.
&nbsp;
<h2 data-section-id="1jl751w" data-start="2883" data-end="2908">Specifications Context</h2>
&nbsp;
Griffin style (low form) glass beakers conform to ASTM E960 with graduation accuracy of &plusmn;5% of total capacity. The low height-to-diameter ratio provides greater stability than tall-form beakers on stirrers and hot plates. Borosilicate glass is inert to HCl, H₂SO₄, HNO₃, CH₃COOH, NaOH, acetone, ethanol, methanol, and xylene. Hydrofluoric acid (HF) must not be used with glass as it dissolves silica-based materials. These beakers are suitable for autoclaving at 121&deg;C (wet cycle) and dry-heat sterilisation up to 500&deg;C.
<a href="https://mbpinc.net/contact-us" style="color: #236fa1; text-decoration: underline;">Get a quick quote from the friendly staff at MBP</a> right now to keep your workflow running smoothly.

Griffin Style Beakers

Globe Glass Griffin Style Beakers - Heavy Duty Specifications

Globe Glass Heavy Duty Low Form Griffin Style Beakers

Globe Glass Heavy Duty Low Form Griffin Style Beakers by Globe Scientific are ASTM E438 Type I, Class A 3.3 borosilicate, ASTM E960 Type II heavy-duty wall, dual-scale white enamel graduations. Available in 250mL, 400mL, 600mL, 1000mL, 2000mL, and 4000mL.

Beaker, Globe Glass, 250mL, Low Form Griffin Style,Heavy Duty, Dual Graduations, ASTM E960, 12/Box, CS/48

Beaker, Globe Glass, 400mL, Low Form Griffin Style, Heavy Duty, Dual Graduations, ASTM E960, 12/Box, CS/48

Beaker, Globe Glass, 600mL, Low Form Griffin Style, Heavy Duty, Dual Graduations, ASTM E960, 6/Box, CS/36

Beaker, Globe Glass, 1000mL, Low Form Griffin Style, Heavy Duty, Dual Graduations, ASTM E960, 6/Box, CS/24

Beaker, Globe Glass, 2000mL, Low Form Griffin Style, Heavy Duty, Dual Graduations, ASTM E960, 4/Box, CS/8

Beaker, Globe Glass, 4000mL, Low Form Griffin Style, Heavy Duty, Dual Graduations, ASTM E960, 1/Box, CS/4

United States

Texas

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