Benchmark Scientific

Automated Purification Systems Accessories

<h2>What Are Automated Purification System Accessories?</h2>
&nbsp;
Automated purification system accessories include consumables and support components used with automated nucleic acid purification platforms. Common accessories include tip combs, magnetic tip combs, deep-well plates, elution plates, reagent vessels, sample racks, and system control devices. These components support sample preparation, reagent handling, magnetic bead-based purification workflows, and routine instrument operation. Choose Automated Purification System Accessories to support efficient magnetic bead-based purification, minimize workflow interruptions, and maintain reproducible results.
&nbsp;
<h2>What You Will Find:</h2>
&nbsp;
<ul data-start="25" data-end="537" data-is-last-node="" data-is-only-node="">
<li data-section-id="q24m79" data-start="25" data-end="130">Tip combs and magnetic tip combs for automated magnetic bead-based nucleic acid purification workflows.</li>
<li data-section-id="5lldu5" data-start="131" data-end="229">Deep-well and elution plates designed for sample processing, washing, and nucleic acid recovery.</li>
<li data-section-id="by507b" data-start="230" data-end="325">Reagent vessels for automated handling of buffers, wash solutions, and purification reagents.</li>
<li data-section-id="u7msh5" data-start="326" data-end="420">Sample racks and support components for organized workflow setup and consumable positioning.</li>
<li data-section-id="dj84rx" data-start="421" data-end="537" data-is-last-node="">Platform-specific accessories and control devices that support routine operation of IsoPure&trade; purification systems.</li>
</ul>
&nbsp;
<h2>How to Choose Accessories for Automated Purification Systems</h2>
&nbsp;
Tip combs and magnetic tip combs
Tip combs and magnetic tip combs are used during automated magnetic bead handling and nucleic acid purification workflows. Select accessories designed for the specific purification platform to ensure proper fit, alignment, and operation.
Deep-well and elution plates
Deep-well plates are used for sample processing and reagent handling, while elution plates are used to collect purified nucleic acids following extraction. Confirm plate format and compatibility with the instrument and workflow requirements before ordering.
Reagent vessels and sample racks
Reagent vessels hold buffers, wash solutions, and other workflow reagents required during automated purification procedures. Sample racks provide organized positioning of vessels and consumables to support efficient workflow setup and operation.
System accessories
Additional accessories, including preconfigured control tablets and demonstration kits, support instrument operation, training, workflow development, and system setup activities.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
Automated purification workflows depend on the correct combination of consumables and instrument accessories. Tip combs, plates, reagent vessels, and racks should be selected according to the instrument model and workflow format to ensure reliable sample handling and purification performance. Routine replacement of consumable components helps maintain workflow consistency and minimizes the risk of cross-contamination.
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To discuss product availability or receive guidance on accessory selection, <a href="https://mbpinc.net/contact-us">contact the MBP team.</a>

Automated Purification System Accessories

IsoPURE™ 24 Tip Combs, 24/pack

AP1024-TC by Benchmark Scientific are 24-place tip combs (24/pack) for the IsoPure™ 24 automated magnetic bead purification system and compatible KingFisher Flex / Duo Prime platforms. Single-use per run; each pack provides 24 full extraction runs.

Manufectuer

Automated Purification Systems

<h2>What Are Automated Purification Systems?</h2>
&nbsp;
Automated purification systems are integrated chromatography instruments that combine a multi-channel solvent delivery pump, a sample injection module, a chromatography column holder (accepting prepacked cartridges or reusable columns), a UV/Vis (and optionally ELSD or mass detector) detection system, and an automated fraction collector into a single controlled platform. The system runs gradient elution programs that change solvent composition over time, separating sample components by their differential affinity for the stationary phase. UV signal peaks trigger fraction collection into numbered tubes or microplates, eliminating the need for the operator to monitor the separation and manually collect fractions. Mass-directed systems add an inline mass spectrometer to trigger fraction collection on a specific molecular mass rather than UV absorbance, enabling selective collection of the target compound even when it co-elutes with impurities of similar UV absorption. Specify an automated purification system when your lab runs more than 3 to 5 flash chromatography purifications per day; the time saved on each run compounds rapidly and improves fraction quality through consistent, reproducible gradient programming.
&nbsp;
<h2 dir="ltr">What You Will Find:</h2>
&nbsp;
<ul>
<li data-section-id="1xaq5zs" data-start="25" data-end="248">Compact and high-throughput magnetic bead-based instruments, including IsoPure&trade; Mini, IsoPure&trade; 24, IsoPure&trade; 96, and Nucleic Acid Purifier 16 systems for automated nucleic acid purification.</li>
<li data-section-id="124t8zs" data-start="249" data-end="383">Compatible 24-well and 96-well deep-well plates and elution plates for automated purification workflows.</li>
<li data-section-id="ucx4qa" data-start="384" data-end="516">Replacement magnetic tip combs for IsoPure&trade; Mini, IsoPure&trade; 24, and IsoPure&trade; 96 automated purification systems.</li>
<li data-section-id="15pcqjt" data-start="517" data-end="657">Reagent vessels and aluminum sample racks designed for efficient sample loading and workflow organization.</li>
<li data-section-id="4rzy3m" data-start="658" data-end="817" data-is-last-node=""><a href="https://mbpinc.net/equipments/purification-and-separation-equipment/automated-purification-systems/automated-purification-system-accessories">System Accessories</a>, including Tablets, demo cases, and other compatible accessories to support the setup, operation, and maintenance of automated purification systems.</li>
</ul>
&nbsp;
<h2>How to Choose an Automated Purification System</h2>
&nbsp;
Flash chromatography vs. preparative HPLC
Automated flash chromatography systems (operating at 5 to 30 bar with spherical 25 to 100 micron silica or C18 cartridges) are optimized for fast, cost-effective purification of 0.1 to 10 g samples with throughputs of 3 to 10 runs per day. Preparative HPLC systems (operating at 50 to 300 bar with 5 to 25 micron particle columns) provide higher resolution for complex mixtures, smaller sample loads (mg to g scale), and are required when flash chromatography cannot resolve closely similar compounds. Some systems integrate both flash and prep HPLC capability in one instrument.
Sample load and column capacity
Match the column loading to your typical sample mass. Standard flash cartridges in 4 g, 12 g, 25 g, 40 g, 80 g, and 120 g silica sizes handle sample loads of roughly 0.04 to 1.2 g on normal-phase silica. Reversed-phase C18 cartridges handle lower loads per gram of silica. For larger sample loads (5 to 100 g), large-diameter columns or multi-injection protocols are used. Confirm the system's maximum column size and flow rate capacity against your typical sample mass.
Detection: UV/Vis vs. ELSD vs. mass directed
UV/Vis detection (monitoring at 254 nm and 280 nm) is standard and sufficient for compounds with a chromophore (most synthetic products). Evaporative light scattering detection (ELSD) is added for compounds with poor UV absorption (lipids, carbohydrates, alkyl chains). Mass-directed purification adds an inline single-quadrupole mass spectrometer that triggers fraction collection only when the target mass is detected; this is the highest-selectivity option for purifying one compound from a complex mixture, but at significantly higher instrument cost.
Number of solvent lines
Entry-level systems use two solvent lines (binary gradient). Advanced systems provide four solvent lines (quaternary gradient), enabling more complex separation strategies, modifier additions (e.g., acetic acid or ammonium formate in reversed-phase), and reduced operator setup time for multi-method labs. For most flash chromatography in synthetic chemistry, a binary gradient (organic/non-polar + polar modifier) is sufficient.
Software and workflow integration
Automated systems vary widely in software capability: basic systems provide gradient programming and peak detection; advanced platforms add automatic injection, queue management for multiple samples, solvent level monitoring, LIMS connectivity, and 21 CFR Part 11 compliance for regulated pharmaceutical environments. For open-access use in multi-chemist departments, queue-based software allowing each user to submit samples independently increases throughput.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
Column and cartridge consumables are a significant ongoing cost for automated purification systems; prepacked silica cartridges for flash systems are single-use or limited-use. Confirm cartridge availability and pricing for the specific system before purchase, as some systems lock users to proprietary cartridges at premium pricing while others accept standard-thread cartridges from multiple suppliers. Solvent consumption (L/run) scales with column size and flow rate; larger cartridges and longer gradients use more solvent. For high-throughput labs, solvent waste management (evaporation, recycling, or disposal) is a practical operational consideration. UV detection wavelength settings (254 nm for aromatic compounds, 210 to 220 nm for carbonyl-containing compounds) should be confirmed for your compound class to avoid missing low-UV-absorbing peaks.&nbsp;
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Complete your purification setup today&mdash;browse our accessories collection and <a href="https://mbpinc.net/contact-us">contact the MBP team</a> for a quote.

Typical Purification Process

IsoPure™ Mini, Automated Extraction Instrument

6-well sample strips for IsoPure Mini, pack of 100

8-place magnetic tip comb for IsoPure Mini, pack of 50

Android Tablet preloaded with IsoPure App

IsoPure™ 96, Automated Purification System

AP1096 by Accuris Instruments is the IsoPure™ 96, a fully automated magnetic bead-based nucleic acid purification system processing 96 samples per run in 10–60 minutes. It handles sample volumes from 50 µL to 1,000 µL, reaches lysis and elution temperatures up to 120°C, and stores up to 100 protocols on a 7.0-inch color touchscreen. Built-in 3 W UVC decontamination, >95% bead recovery, and universal 120–240 VAC input. Compatible with all popular magnetic bead purification kits.

Capacity / sample volume

Display

Plate positions

Lysis temperature range

Elution temperature range

Mixing speed

Programming control

Program memory

Communication ports

Magnetic bead recovery rate

Contamination control

Dimensions

Weight

Electrical input

Warranty

IsoPure™ 96, Automated Purification System, 115V

IsoPure™ 96, Automated Purification System, 230V

IsoPure™ Mini - Automated Extraction Instrument Overview

IsoPure™ Mini, Automated Purification System

The AP1016 IsoPure™ Mini by Accuris Instruments is an automated magnetic bead-based purification system processing up to 16 samples (50–1,000 µL) in 10–60 minutes, with a 37°C–120°C temperature block, &gt;95% bead recovery, built-in 3W UVC lamp, 100-protocol memory, and PC/Android programmability — at a footprint of 7.9 × 10.2 × 11.8 inches.

Capacity/sample volume

Magnetic bead recovery

Mixing Speed

Programming Control

Program Memory

Communication Ports

Internal Lighting

Contamination Control

Scanner

Electrical Input

IsoPure™ Mini, Automated Purification System, 115V

IsoPure™ Mini, Automated Purification System, 230V

Laboratory Centrifuge

<h2>What Are Laboratory Centrifuges?</h2>
&nbsp;
Laboratory centrifuges separate biological and chemical samples by exploiting density differences under centrifugal force, measured as relative centrifugal force (RCF, &times;g). Benchtop models are the workhorse of the research lab, handling tube formats from 0.2 mL PCR tubes to 50 mL conicals across a speed range from a few hundred to ~20,000 &times;g. Low-speed benchtop centrifuges (up to ~6,000 &times;g) suit cell culture pelleting, serum separation, and density-gradient collections; high-speed benchtop models (up to ~20,000 &times;g) handle bacterial harvesting, protein precipitate recovery, and nucleic acid column spins. Two rotor types cover most applications: fixed-angle rotors for fast pelleting at maximum RCF per RPM, and swing-out rotors for clean layer separation in gradients and blood processing.
&nbsp;
<h2>What You Will Find</h2>
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<ul>
<li><a href="https://mbpinc.net/equipments/centrifuges/laboratory-centrifuge/laboratory-centrifuge-accessories">Laboratory Centrifuge Accessories</a> &ndash; Includes tube adapters and rotor shields for secure handling, better tube support, and efficient sample processing.</li>
</ul>
&nbsp;
<h2>How to Choose a Laboratory Centrifuge</h2>
&nbsp;
Define Required RCF Range
Match the centrifuge to the highest RCF your protocols require. Mammalian cell pelleting needs 200&ndash;600 &times;g; nucleic acid kit spin-columns typically specify 10,000&ndash;16,000 &times;g; bacterial harvesting 3,000&ndash;10,000 &times;g. A mid-range benchtop centrifuge reaching 15,000&ndash;21,000 &times;g covers most molecular biology and microbiology protocols without requiring a separate high-speed unit.
Tube Format and Rotor Versatility
A single benchtop centrifuge can serve multiple workflows if the rotor accepts adapters for different tube formats: 1.5/2.0 mL microtubes, 15 mL and 50 mL conicals, PCR strips, microplates, and blood collection tubes. Confirm which adapters are available for the base rotor before purchasing; the cost and availability of adapters significantly affects the centrifuge's practical versatility.
Fixed-Angle vs. Swing-Out Rotor
Fixed-angle rotors are the default for molecular biology (spin-column kits, pelleting, precipitation recovery). Swing-out rotors are specified for density gradient separations, cell washing in gentle conditions (low-speed mammalian cells), and serum/plasma preparation where layer-interface clarity is important. Some benchtop centrifuges offer interchangeable rotors of both types; confirm rotor compatibility before specifying.
Refrigerated vs. Ambient Temperature
Refrigerated benchtop centrifuges (0&ndash;4&deg;C) are required for coagulation panels, enzyme assays, and cell viability-critical applications. Most general molecular biology pelleting and plasmid prep protocols run at ambient temperature without sample degradation in standard spin times.
Footprint and Noise Level
Modern benchtop centrifuges with brushless DC motors are significantly quieter (some rated &le;45 dB) than legacy brush-motor models, an important consideration for shared or open-plan lab spaces. Confirm the footprint fits the available bench space with the lid fully open in the upright position.
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<h2>Specifications Context</h2>
&nbsp;
RCF is calculated as 1.118 &times; 10&minus;5 &times; r &times; N2, where r = rotor radius in mm and N = RPM; this is the only reliable basis for transferring centrifuge protocols across instruments with different rotor sizes. Most nucleic acid purification kit protocols specify 10,000&ndash;16,000 &times;g for spin-column steps; check the kit insert for the exact RCF and confirm the rotor reaches it without exceeding the tube's rated RCF limit.
Aerosol-tight sealed rotors or safety buckets are required for all BSL-2 or higher samples&mdash;never centrifuge infectious specimens in an open rotor without a sealed lid. As of 2026, brushless DC motor benchtop centrifuges operate at &le;45 dB and offer longer service intervals than legacy brush-motor designs, reducing noise in shared lab spaces and lowering long-term maintenance costs.
Find your perfect laboratory centrifuge. <a href="https://mbpinc.net/contact-us">Contact now</a> with the expert team at Molecular Biology Products Inc. and get matched to the right system for your lab's needs.

Product Literature

Adapter pack, for 5ml and 7ml (12-13mm) tubes in 15ml rotors, 8/pk

LC-8 Lab Centrifuge with 8 x 15ml rotor  Accessories

LC-8 Series Laboratory Centrifuges

C3100 by Benchmark Scientific is the LC-8 series benchtop centrifuge with an 8-position rotor for 10 ml and 15 ml test tubes, reaching 3,500 RPM / 1,500 × g. Backlit LCD, lid-lock safety, air-flow cooling, 115/230 V dual-voltage, 150 W. Footprint: 11.6 × 14.4 × 8.3 in., 15 lbs. 2-year warranty.

Speed

Capacity

Accel / Decel

Speed increment

Timer

Momentary

Electrical

Manufacture

LC-8 3500 Centrifuge with 8 x 15ml rotor,Max. Speed 3500 rpm, 120V

LC-8 3500 Centrifuge with 8 x 15ml rotor,Max. Speed 3500 rpm, 230V

LC-8 5000 Centrifuge with 8 x 15ml rotor,Max. Speed 5000 rpm, 120V

LC-8 5000 Centrifuge with 8 x 15ml rotor,Max. Speed 5000 rpm, 230V

3D Rockers Accessories

<h2>What are 3D rocker accessories?</h2>
&nbsp;
3D rocker accessories are the interchangeable tube holders, platform mats, and container-retention clips that allow a 3D rocking platform to be used with different vessel types beyond flat trays resting directly on the platform surface. Tube holder accessories fix microcentrifuge, 15 mL, or 50 mL conical tubes in defined positions on the platform, enabling the 3D rocking motion to agitate tube contents without requiring a separate tube rotator. Non-slip platform mats grip trays, gel boxes, and flat containers by friction, preventing them from sliding during rocking. Container clips secure the edges of blot containers or larger trays at higher speeds.
&nbsp;
<h2 dir="ltr">What you will find:</h2>
&nbsp;
<ul>
<li dir="ltr" role="presentation">Flat mats (small and large) for flask, plate, and container stable placement&nbsp;</li>
<li dir="ltr" role="presentation">Dimpled mats designed safely hold tubes during mixing</li>
<li dir="ltr" role="presentation">Stacking platforms with flat or dimpled mats to increase space for working area</li>
<li dir="ltr" role="presentation">Platform options with different clearances provide flexibility in multiple setups</li>
<li dir="ltr" role="presentation">Additional platform separators provide more vertical capacity</li>
<li dir="ltr" role="presentation">Packs for securing bigger and irregular lab vessels</li>
<li dir="ltr" role="presentation">Small and large platform sizes to match different models of rockers</li>
<li dir="ltr" role="presentation">Interchangeable accessories for personalized mixing configurations</li>
</ul>
&nbsp;
<h2>How to choose 3D rocker accessories</h2>
&nbsp;
Match tube holder accessories to your tube size and the rocker model
Tube holders for 3D rockers are designed for specific tube formats &mdash; microcentrifuge (1.5 mL and 2 mL), 15 mL conical, and 50 mL conical &mdash; and attach to the platform via a platform-specific mounting system. Confirm that the tube holder accessory is listed as compatible with your specific 3D rocker model, since mounting systems vary between manufacturers.
Use a non-slip mat for flat containers at low to moderate rocking speeds
A non-slip silicone or rubber platform mat holds flat trays and gel boxes by friction at rocking speeds up to approximately 20&ndash;25 rpm, suitable for most blot and gel incubation applications. At higher speeds or steeper tilt angles, the tray may slide despite the mat, and dedicated container clips provide more secure retention.
Choose container clips or tray holders for heavier or larger containers
For large gel staining dishes or containers with significant weight or liquid volume that might slide on the platform, dedicated container clips or tray holder frames that attach to the platform edges provide secure retention at any rocking speed. These are important when working with larger format blots or multiple staining trays simultaneously.
Consider a multi-format accessory kit for maximum versatility
A set covering a non-slip mat, microcentrifuge tube holder, and 50 mL conical tube holder allows the same 3D rocker to serve flat-surface and tube-mixing applications without separate orders per format, and is the standard starting accessory purchase for a new 3D rocker installation.
Verify material compatibility with your lab cleaning agents
Platform mats and tube holders are typically made from polypropylene, silicone, or polyurethane, and should be compatible with your lab disinfectants. Silicone mats resist common lab disinfectants; check materials for compatibility with bleach-based or solvent-based cleaning protocols used.
&nbsp;
<h2>Specifications context</h2>
&nbsp;
Tube holders for 3D rocking platforms must secure tubes against centrifugal and gravitational forces during the tilting cycle, and the holder's design determines the maximum safe rocking speed. As of 2026, universal tube holders fitting multiple formats from a single base mount have become available, reducing the number of separate accessories needed for labs mixing different tube sizes on the same 3D rocker.
<a href="https://mbpinc.net/contact-us">Contact the MBP team today </a>to request a quote and find the right accessories for your 3D rocker.

3D Rocker Accessories

LaBungee™ 4 cord bungee cord pack 7" to 12" working size

B0718 by Benchmark Scientific is the LaBungee™ 4-cord bungee pack with 7" to 12" working size — four elastic tie-down cords with hooks for securing flasks, bottles, and irregular vessels to lab rocker and shaker platforms. Compatible with Benchmark Scientific BenchWaver B3D5000 and similar platforms.

Infrared MicroSterilizer Accessories

<h2>What Are Microbead Sterilizers?</h2>
&nbsp;
Microbead sterilizers are compact benchtop instruments that heat 1.5&ndash;2 mm glass beads to temperatures between 150&deg;C and 300&deg;C inside an insulated chamber, enabling rapid sterilization of metal instrument tips such as forceps, scissors, dissecting needles, and scalpel handles through conductive heat transfer in approximately 15 seconds per cycle. They provide a flame-free alternative to alcohol-lamp sterilization for repeated instrument decontamination in animal surgery, plant tissue culture, microbiology, and pathology laboratories. Because they operate without gas, open flames, or chemicals, microbead sterilizers are suitable for use inside Class II biosafety cabinets and in anaerobic environments where flames are prohibited.
&nbsp;
<h2>What you will find:</h2>
&nbsp;
<ul>
<li><a href="https://mbpinc.net/equipments/autoclave-and-biosafety-cabinets/microbead-sterilizer">Microbead sterilizer series</a>: Benchtop systems designed for rapid and reliable instrument sterilization.</li>
<li><a href="https://mbpinc.net/equipments/autoclave-and-biosafety-cabinets/microbead-sterilizer/microbead-sterilizer-accessories">Microbead sterilizer accessories</a>: Replacement heating elements, refill glass beads, loop holders, and slide dryer attachments to support continuous laboratory operation.</li>
</ul>
&nbsp;
<h2>How to Choose a Microbead Sterilizer</h2>
&nbsp;
Chamber Depth and Aperture Diameter
Two chamber configurations are common: standard-depth units, approximately 8 cm deep, for short forceps tips and dissecting tools, and deep-format models, approximately 15 cm deep, for longer instruments. The aperture diameter determines the maximum instrument width that can be accommodated, so compatibility with commonly used tools should be confirmed before purchase.
Temperature Range and Control
Standard models typically operate at 250&deg;C, which is sufficient for eliminating vegetative bacteria and many spore-forming organisms from instrument tips. Digital models provide precise temperature adjustment and monitoring through electronic controls, making them preferable for applications requiring documented operating conditions. Units capable of reaching 300&deg;C may be selected for specialized high-temperature workflows, although prion deactivation requires dedicated sterilization procedures beyond conventional bead sterilization methods.
Warm-up Time and Duty Cycle
Most microbead sterilizers require a warm-up period of approximately 10&ndash;15 minutes to reach operating temperature. Once heated, they can operate continuously throughout the workday, while insulated housings help maintain safe exterior temperatures during prolonged use.
Biosafety Cabinet Compatibility
Flame-free operation makes microbead sterilizers compatible with Class II biosafety cabinets, provided that adequate clearance is maintained according to the cabinet manufacturer's recommendations. Laboratories should verify that the unit's footprint and heat output align with their specific biosafety setup.
Glass Bead Replacement
Glass beads serve as the primary consumable in these systems and should be replaced periodically as they become discolored or accumulate biological residues. Replacement frequency depends on instrument usage patterns, contamination risks, and laboratory protocols.
&nbsp;
<h2>Specifications Context</h2>
&nbsp;
Glass-bead sterilization at 250&deg;C can eliminate vegetative bacteria and bacterial spores from instrument tips within approximately 15 seconds of contact, according to established laboratory protocols for microbiology and surgical research applications. Operating temperatures should be verified periodically using calibrated thermometers or thermocouples to ensure consistent performance over time. Microbead sterilizers are intended for research use only (RUO) and are not validated as medical sterilization devices under FDA 510(k) or comparable regulatory frameworks. As of 2026, replacement glass beads and accessory components remain widely available to support long-term operation in research laboratories.
A high-quality microbead sterilizer for your laboratory is just one click away. <a href="https://mbpinc.net/contact-us">Contact the expert team at Molecular Biology Products Inc. (MBP)</a> today to find the solution that best matches your workflow requirements.

Microbead Sterilizer

Loop holder attachment

B1000-01 by Benchmark Scientific is a loop holder attachment for the BactiZapper™ B1001 infrared micro-sterilizer, providing hands-free support for inoculating loops and needles during the sterilization cycle. It keeps tools positioned inside the heating element without manual holding, reducing fatigue in high-volume microbiology streaking workflows.

Manufacturer

Orbital Shaker Accessories

<h2>What are orbital shaker accessories?</h2>
&nbsp;
Orbital shaker accessories are the platform attachments and holders that secure specific vessel types to a shaker platform during operation. Erlenmeyer flasks typically require spring-clip clamps that hold the flask securely while allowing unrestricted liquid movement, microplates use dedicated plate holders, tube rack inserts accommodate centrifuge and microcentrifuge tubes, and non-slip mats provide flexible placement for vessels during lower-speed mixing applications.
&nbsp;
<h2>What you will find:</h2>
&nbsp;
<ul>
<li>
Dedicated Flask Platforms: Pre-configured platforms designed to securely hold specific sizes of Erlenmeyer flasks or standard microplates.
</li>
<li>
Universal Magnetic Platforms: Versatile, metallic base platforms engineered for instant, tool-free swapping of magnetic clamps and tube racks.
</li>
<li>
Magnetic Flask Clamps: Single-size and combo magnetic clamps designed for quick attachment to hold 25ml up to 500ml Erlenmeyer flasks.
</li>
<li>
Magnetic Tube Racks: Specially designed magnetic racks to accommodate culture tubes, microplates, and large conical bottles in various orientations.
</li>
</ul>
&nbsp;
<h2>How to choose orbital shaker accessories</h2>
&nbsp;
Select Erlenmeyer flask clamps by flask volume
Flask clamps are designed for specific flask sizes, including 125 mL, 250 mL, 500 mL, 1 L, and larger culture flasks. Each clamp is engineered to fit the dimensions of a particular flask size, ensuring secure retention during shaking.
Confirm compatibility with your shaker platform
Accessory mounting systems vary between manufacturers and shaker models. Before ordering, verify that the clamp, holder, or rack is listed as compatible with the specific orbital shaker platform being used.
Choose a microplate holder suitable for your application
Microplate holders secure standard microplates during incubation and mixing procedures. Different holder designs support different operating speeds and plate formats, making compatibility and intended use important selection criteria.
Use a non-slip platform mat for flexible vessel placement
Non-slip mats provide a simple solution for holding bottles, flasks, trays, and other containers at low to moderate shaking speeds. They are useful when vessel configurations change frequently and dedicated clamps are not required.
Verify tube rack capacity and platform fit
Tube rack inserts are available for common laboratory tube formats, including microcentrifuge tubes and conical centrifuge tubes. Confirm that the rack dimensions fit within the shaker platform and that the rack accommodates the desired number of samples per run.
&nbsp;
<h2>Specifications context</h2>
&nbsp;
Orbital shaker accessories are designed to keep vessels securely positioned while exposed to continuous circular motion. Flask clamps, plate holders, and tube racks should be selected according to vessel dimensions, operating speed, and platform compatibility. Stainless steel spring-clip clamps remain one of the most widely used accessory formats for laboratory culture applications due to their durability and secure retention.
<a href="https://mbpinc.net/contact-us">Conatct helpful team at MBP</a> for a quick customised quote.

MAGic Clamp™ COMBO, for 125ml, 250ml, 500ml flasks

The H1000-MR-CMB by Benchmark Scientific is the MAGic Clamp™ COMBO — a single magnetic snap-on clamp unit covering 125 ml, 250 ml, and 500 ml Erlenmeyer flasks plus one microplate position (max 4 plates). Compatible with the Incu-Shaker, Orbi-Shaker, and Orbi-Shaker CO2 (BT4001). Installs and swaps without tools using the patented MAGic Clamp magnetic mounting system.

MAGic Clamp™ Tube Rack, 12 x 1.5/2.0ml tubes, horizontal

H1000-MR-T15H MAGic Clamp Tube Rack by Benchmark Scientific holds 12 × 1.5/2.0 ml microcentrifuge tubes in horizontal orientation with magnetic attachment — no screws or pins required. Autoclavable; fits up to 6 racks on compatible Benchmark Orbi-Shaker and Incu-Shaker platforms. Order at mbpinc.net or contact <a href="mailto:customerservice@mbpinc.net">customerservice@mbpinc.net</a>.

MAGic Clamp™ Tube Rack, 15x50ml, tubes (max. 3)

The H1000-MR-T50 by Benchmark Scientific is a MAGic Clamp tube rack that holds 15 × 50 ml conical tubes and mounts tool-free to any MAGic Clamp-equipped Benchmark Scientific shaker platform via rare-earth magnets; up to 3 racks fit simultaneously for 45-tube capacity.

MAGic Clamp™ Tube Rack, 2 x 50ml tubes, horizontal

H1000-MR-T500H by Benchmark Scientific is the MAGic Clamp™ Tube Rack for 2 × 50 mL conical tubes in a horizontal orientation, attaching magnetically to compatible Benchmark MAGic Clamp™ orbital shakers and vortex mixers without clamps or straps. Horizontal tube positioning maximizes liquid-surface contact during mixing — suited for cell resuspension, dissolution, and large-volume sample preparation.

MAGic Clamp™ Tube Rack, 30x15ml &20x50ml tubes (max. 2)

H1000-MR-1550 by Benchmark Scientific is a MAGic Clamp tube rack holding 30 × 15 ml and 20 × 50 ml tubes, attaching magnetically to Benchmark Incu-Shaker, Orbi-Shaker, and Orbi-Shaker CO2 platforms without tools. Up to 2 racks per shaker platform. Ideal for cell culture, protein expression, and parallel mixed-format tube shaking.

MAGic Clamp™ Tube Rack, 32x15ml, tubes (max. 3)

H1000-MR-T15 by Benchmark Scientific is the MAGic Clamp™ Tube Rack for 32 × 15 mL conical tubes (max 3 tubes clamped at once), attaching magnetically to compatible Benchmark MAGic Clamp™ vortex mixers and shakers without clamps or adapters. It provides secure, hands-free tube agitation for mixing, resuspension, and bead-beating workflows in standard 15 mL conical format.