Nest Scientific Consumables

PCR Plates

<h2 data-path-to-node="3">What Are PCR Plates?</h2>
 PCR plates are single-use, thin-wall polypropylene multi-well vessels designed for the thermal cycling demands of PCR, qPCR, RT-PCR, and genotyping. The 96-well format (12 columns &times; 8 rows) is the standard for most research and clinical labs; 384-well plates serve ultra-high-throughput applications. Well volumes are 0.2 mL (standard profile) for conventional block cyclers or 0.1 mL (low profile) for fast-block instruments. The skirt &mdash; the rigid plastic border surrounding the well array &mdash; determines automation compatibility, cycler lid clearance, and plate rigidity.&nbsp;
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<h2 dir="ltr">What you will find:</h2>
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<ul>
<li data-section-id="1xmdc3x" data-start="0" data-end="87"><a href="https://mbpinc.net/consumables/pcr-consumables/pcr-plates/semi-skirted-plates">Semi-skirted PCR plates: </a>for a balance of plate rigidity and instrument compatibility.</li>
<li data-section-id="y5pq2h" data-start="89" data-end="156"><a href="https://mbpinc.net/consumables/pcr-consumables/pcr-plates/hard-shell-pcr-plates">Hard shell PCR plates: </a>designed with a reinforced plate structure.</li>
<li data-section-id="8t808z" data-start="158" data-end="243"><a href="https://mbpinc.net/consumables/pcr-consumables/pcr-plates/skirted-pcr-plates">Skirted PCR plates:</a> featuring a full peripheral skirt for enhanced handling support.</li>
<li data-section-id="1d0aj4c" data-start="245" data-end="343" data-is-last-node=""><a href="https://mbpinc.net/consumables/pcr-consumables/pcr-plates/non-skirted-pcr-plates">Non-skirted PCR plates:</a> with a compact design for applications requiring minimal plate footprint.</li>
</ul>
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<h2 data-path-to-node="3">How to Choose PCR Plates</h2>
 Skirt Format Fully-skirted plates have a full-height ANSI/SBS-compliant border (127.76 &times; 85.47 mm footprint) and are required for robotic liquid handlers (Hamilton STAR, Tecan EVO, PerkinElmer JANUS) and automated stackers. Semi-skirted plates have a partial skirt providing enough rigidity for multichannel pipetting while maintaining thermal cycler block compatibility across a wider range of instruments. Non-skirted plates have no border and fit virtually any cycler block, including instruments whose compression lids would be obstructed by a full skirt. Well Profile: Standard vs Low-Profile Standard-profile 0.2 mL wells are used with conventional (tall) block cyclers. Low-profile 0.1 mL wells are required for fast-block instruments, including the Applied Biosystems QuantStudio, Bio-Rad CFX96 Fast, and Roche LightCycler 480, where the reduced well depth shortens the thermal path to the sample. Colour: Clear, White, or Black Clear plates allow visual inspection of well volumes and are the default for end-point PCR. White plates increase qPCR sensitivity in bottom-read optical systems by reflecting fluorescence emission back through the detector. Black plates reduce background fluorescence in probe-based assays where cross-well optical interference is a concern. Sealing Compatibility Skirted and semi-skirted plates seal reliably with adhesive films and heat sealers; the rigid skirt supports even film application and reduces edge-well evaporation. Non-skirted plates require cap mats or adhesive seals that adhere directly to the well rim. 
<h2 data-path-to-node="3"> Specifications Context</h2>
 PCR plates are moulded from virgin, low-extractable medical-grade polypropylene; well walls are uniformly thin (typically 0.25&ndash;0.35 mm) to maximise thermal conductivity. ANSI/SBS footprint standard (127.76 &times; 85.47 mm) applies to skirted plates for instrument interoperability. Plates are certified DNase-free, RNase-free, human DNA-free, and PCR inhibitor-free per lot. Cut corners (typically at H1/A12 position) and alpha-numeric well labelling aid plate orientation.Thermo Fisher SuperPlate skirted formats are the leading references for robotic applications; semi-skirted plates from Sorenson and equivalent lines serve the broad research market.&nbsp; 
<a href="https://mbpinc.net/contact-us">Connect with the MBP team </a>today to request a quote and find the perfect PCR plate configuration for your lab's specific needs.

<h2 data-path-to-node="1"> What Are Skirted PCR Plates?</h2>
 Skirted PCR plates are 96-well polypropylene thermal cycling plates with a full-height plastic border &mdash; the skirt &mdash; surrounding the well array. The skirt raises the overall plate height to match the ANSI/SBS microplate footprint standard (127.76 &times; 85.47 mm external dimensions), creating a uniform grip surface that robotic arms, plate grippers, and automated stackers can handle reliably. They are the required format for liquid-handling automation platforms and high-throughput PCR workflows where consistent plate positioning is critical. Choose fully skirted plates when your workflow involves robotic liquid handling, automated stackers, or plate readers requiring SBS-compliant positioning.
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<h2 data-path-to-node="4">What You Will Find: </h2>
<ul data-path-to-node="5">
<li>
Hard Shell 384-well PCR Plates<a href="https://www.google.com/search?q=https://mbpinc.net/product-category/consumables/pcr-consumables/pcr-plates/hard-shell-pcr-plates/" style="color: #000000;"> </a>&ndash; The industry standard for high-throughput screening and automated liquid handling.
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Hard Shell 96-well PCR Plates &ndash; Combining rigidity with a 96-well format for routine yet high-precision workflows.
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Globe Scientific Full Skirt PCR Plates &ndash; Reliable, automation-friendly plates designed for consistent thermal cycling.
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Full Skirt PCR Plates<a _ngcontent-ng-c3793280901="" target="_blank" rel="noopener" externallink="" _nghost-ng-c3773094726="" jslog="197247;track:generic_click,impression,attention;BardVeMetadataKey:[[&quot;r_98f8600e63dbeb30&quot;,&quot;c_c4e8a23c27447c36&quot;,null,&quot;rc_fa92ce727d8e45fc&quot;,null,null,&quot;en&quot;,null,1,null,null,1,0]]" href="https://www.google.com/search?q=https://mbpinc.net/product-category/consumables/pcr-consumables/pcr-plates/skirted-pcr-plates/" class="ng-star-inserted" data-hveid="0" decode-data-ved="1" data-ved="0CAAQ_4QMahgKEwjZx-625v-TAxUAAAAAHQAAAAAQsAQ" style="color: #000000;"></a> &ndash; Features a full perimeter skirt for superior stability and easy gripping during automated handling.
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96-well Duo Material PCR Plate&ndash; Engineered with dual-material technology to eliminate plate warping and bowing.
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Skirted 96 Plate, Non-Sterile, Clear Polypropylene<a href="https://mbpinc.net/product/skirted-96-well-plate-28440-5" title="Skirted 96 Plate, Non-Sterile, Clear Polypropylene" style="color: #000000;"> </a>&ndash; A durable and cost-effective solution for high-volume lab processing.
</li>
</ul>
<h2 data-path-to-node="1"> How to Choose Skirted PCR Plates</h2>
 Well Profile: Low-Profile vs Standard Low-profile 0.1 mL wells are the current default for skirted qPCR plates; the reduced well depth minimises dead volume and supports faster thermal ramp rates on fast-block instruments, including Bio-Rad CFX96 Fast, Applied Biosystems QuantStudio, and Roche LightCycler 480. Standard-profile 0.2 mL wells are used with conventional tall-block cyclers and maximise reaction volume capacity. Colour: Clear, White, or Black Clear skirted plates are the standard for visual inspection and top-read fluorescence systems. White plates increase qPCR sensitivity by up to 2-fold on bottom-read optical configurations by reflecting fluorescence emission back through the detector. Black plates reduce inter-well optical crosstalk in probe-based assays where background fluorescence must be minimised. Two-Component vs One-Component Construction One-component (single polypropylene) skirted plates are cost-effective for general use. Two-component designs combine a polypropylene well array with a polycarbonate skirt to eliminate plate warping at high cycling temperatures, enabling precise robotic positioning even after repeated thermal stress. Barcoding Barcoded skirted plates support LIMS integration and automated sample tracking across multi-step workflows. Barcodes are typically laser-etched (permanent) or adhesive-applied; confirm barcode type before integrating with your lab information management system. Cut Corner Orientation A cut corner at the H1 position (standard) or A12 position aids correct plate orientation in cyclers and liquid handlers. Confirm the required cut corner with your instrument's loading specification. 
<h2 data-path-to-node="1"> Specifications Context</h2>
 Skirted PCR plates conform to ANSI/SBS (also called ANSI/SLAS 1-2004) footprint standards: 127.76 &times; 85.47 mm with 9 mm well spacing. Well walls are uniformly thin (0.25&ndash;0.35 mm) virgin polypropylene; maximum well volume with adhesive film seal is 0.2 mL for standard and 0.1 mL for low-profile formats. Certified DNase-free, RNase-free, human DNA-free, and PCR inhibitor-free per independent lot testing. Thermo Scientific SuperPlate are the leading references for demanding automation applications. Last updated: June 2026.
 If you need help picking the right plate for your system, <a href="https://mbpinc.net/contact-us" style="color: #236fa1;">the MBP team</a> can guide you based on your setup and workflow.

Skirted PCR Plates

DataSheet

NEST PCR Plates

PCR Plates, Full Skirt

Full skirt PCR Plates

Nest Scientific full-skirt PCR plates — USP Class VI PP, ISO 7 cleanroom, lot-tested DNase/RNase/DNA/endotoxin-free. 96-well 0.1 mL: clear sterile (402521), white (402511), clear (402501). 384-well 40 µL Roche-compatible white: sterile (409033), non-sterile (409013). H1 or A24+P24 notch.

Manufacturer

0.1 mL 96 Well PCR Plate, Full Skirt, Clear, H1 Notch, Sterile, 5/bag, 25/pk, 100/cs

0.1 mL 96 Well PCR Plate, Full Skirt, White, H1 Notch, 5/bag, 25/pk, 100/cs

0.1ml 96 Well PCR Plate, Full Skirt, Clear, H1 notch, 25/pk, 100/cs

40 μl 384Well PCR Plates, full Skirt, Compatible with Roche Machine, White Frame, A24+P24 Notch,White, Sterile,10/pk, 50/cs

40 μl 384Well PCR Plates, full Skirt, Compatible with Roche Machine, White Frame, A24+P24 Notch,White, 10/pk, 50/cs

BioFactory Accessories

<h2 dir="ltr"> What are Accessories for NEST BioFactory&trade; Systems?</h2>
 NEST BioFactory&trade; accessories are the replacement caps, silicone tubing, vent filters, overcaps, and pre-assembled closed-system cap assemblies used to configure BioFactory units for closed aseptic liquid transfer, gas exchange management, and multi-unit serial connections in cGMP and research-scale bioprocess workflows. The accessory set enables the BioFactory narrow-mouth cap to function as a closed-system liquid transfer port &mdash; media, wash buffer, trypsin, and cell harvest supernatant are transferred in and out through the silicone tubing connection without opening the vessel. Accessories for the BioFactory are required when operating the BioFactory as a closed system; for simple open-pour workflows using wide-mouth caps, standard vent and plug seal caps are the only accessories needed.
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<h2 dir="ltr">What you will find:</h2>
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<ul>
<li dir="ltr" style="color: #000000;" aria-level="1">
BioFactory media transfer caps
</li>
<li dir="ltr" style="color: #000000;" aria-level="1">
Sterile tubing and connector sets
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Fluid transfer adapters for cell culture vessels
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BioFactory bottle caps and closures
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Sterile quick-connect systems
</li>
<li dir="ltr" style="color: #000000;" aria-level="1">
Liquid handling accessories
</li>
<li dir="ltr" style="color: #000000;" aria-level="1">
Vessel handling and support tools
</li>
<li dir="ltr" style="color: #000000;" aria-level="1">
Closed-system connectors for aseptic processing
</li>
</ul>
<h2 dir="ltr"> Key BioFactory Accessory Categories</h2>
 BioFactory Cap with Silicone Tube (CPC or Luer Connector) The BioFactory cap with silicone tube is the primary closed-transfer accessory: an adaptor cap that fits the narrow-mouth port of the BioFactory unit, pre-assembled with 80 cm of silicone tubing and a terminal connector &mdash; either a male CPC (clamped pressure connector / quick-connect) or a standard Luer lock &mdash; for coupling to peristaltic pumps, other BioFactory units, centrifuge tubes, or PETG media bottle assemblies. Two tubing I.D. &times; O.D. configurations are available: 1/4" I.D. &times; 3/8" O.D. and 3/8" I.D. &times; 5/8" O.D., covering standard peristaltic pump head bore sizes. The female sealing cap included with each assembly caps the connector between uses, maintaining sterility. Overcaps: Vented and Solid Overcaps are secondary dust and contamination barriers placed directly on top of the BioFactory adaptor caps during culture incubation. The vented overcap contains a 0.22 &micro;m hydrophobic breathable membrane, allowing gas exchange through the cap stack while blocking particles and microbial contamination &mdash; used during active shaker or orbital incubation when the unit's primary cap is an adaptor cap rather than a vented cap. The solid overcap provides an additional dust and contamination seal with no gas exchange &mdash; used for short-term storage or transport outside the incubator. SPT-50 Silicone Hose SPT-50 silicone hose (3/8" I.D. &times; 5/8" O.D., 50 inches / 15 meters) is the bulk tubing used to connect multiple BioFactory units in series, connect BioFactory ports to peristaltic pump heads, or extend the reach of the transfer cap assembly. SPT-50 tubing is manufactured from silicone, is individually wrapped and sterile, and passes dissolution testing per BPOG (BioPhorum Operations Group) criteria per NEST product documentation, supporting its use in biopharmaceutical production environments. Premium Accessory Package NEST offers a BioFactory Accessory Premium Package that includes 2 different adaptor caps, 1 hose clamp, 1 adaptor connector, 1 vent filter (50 mm), 1 additional hose clamp, and 15 m of SPT-50 silicone hose &mdash; all individually wrapped and sterile in a single kit. This package provides all components needed to set up a closed-system BioFactory media management workflow from a single kit, reducing the number of individual part orders required. Vent Filters for Gas Exchange Management For BioFactory units using adaptor caps rather than standard vented caps, 50 mm inline vent filters (0.22 &micro;m hydrophobic PTFE membrane) are installed on the air inlet/outlet tubing line to maintain sterile gas exchange during media addition, harvest, and incubation. The vent filter is rated for high flow rates without creating excessive back-pressure that would resist liquid movement through the system. Compatibility: Narrow-Mouth BioFactory Units Only All BioFactory accessory caps and tubing assemblies are designed exclusively for the narrow-mouth BioFactory configuration. Wide-mouth BioFactory units use standard wide-mouth vent and plug seal caps only; they are not compatible with accessory cap assemblies. Confirm that your BioFactory units have narrow-mouth ports before ordering the accessory cap set. 
<h2 dir="ltr"> Specifications Context</h2>
 NEST BioFactory&trade; accessory silicone tubing and cap assemblies are manufactured from USP Class VI silicone (TPE/silicone) and polycarbonate or PP cap bodies, individually wrapped and sterile. All components have passed dissolution testing per BPOG dissolution test criteria conducted by a certified third-party laboratory per NEST Scientific documentation. The standard Luer head connections conform to ISO 594 / GB/T 1962 for reliable compatibility with standard laboratory fittings. Vent filters use a 0.22 &micro;m hydrophobic PTFE membrane; overcaps use a 0.22 &micro;m hydrophobic membrane. NEST BioFactory accessories are carried by MBP alongside BioFactory units. 
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Need the right BioFactory setup? <a href="https://mbpinc.net/contact-us" style="color: #236fa1;">Contact MBP today</a> for technical assistance.

Biofactory System Accessories

Product Literature

Funnel for Media Transfer, 60 mm Mouth Diameter, 24mm Tube Diameter, Individually Wrapped, Sterile, 1/pk, 10/cs

NEST Scientific 750001: sterile individually wrapped media transfer funnel with 60 mm mouth diameter and 24 mm tube diameter. Single-use; for aseptic liquid transfer into standard laboratory bottles and vessels. 1/pk, 10/cs. Order at <a href="https://www.mbpinc.net/quickorder">mbpinc.net/quickorder</a>.

Cell Culture Dishes

<h2 dir="ltr"> What are Cell Culture Dishes?</h2>
 Cell culture dishes are sterile, shallow, circular polystyrene containers with a lid for growing adherent or suspension mammalian cells, bacteria, yeast, and microorganisms in a CO₂ incubator or ambient environment. TC-treated (tissue culture&ndash;treated) dishes support adherent mammalian cell monolayer growth; non-treated dishes suit suspension cells, colony counting, and bacteriological applications. Choose the dish diameter based on required cell number and downstream assay volume: 35 mm for small-scale primary culture and microscopy; 60 mm for transfection and mid-scale assays; 100 mm for routine large-scale expansion, protein isolation, and virus production; 150 mm for maximum single-vessel cell yield.
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<h2 dir="ltr">What you will find:</h2>
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<ul>
<li data-section-id="zaop1j" data-start="0" data-end="134">TC-treated and sterile cell culture dishes in standard, polystyrene (PS), Diamond SureGro, gripping ring, and external grip formats.</li>
<li data-section-id="1tw8fwo" data-start="136" data-end="215">Glass bottom cell culture dishes for microscopy-based cell culture workflows.</li>
<li data-section-id="sr7dgd" data-start="217" data-end="298">Spheroid culture products, including Spheroid Dishes and Spheroid Forming Units.</li>
<li data-section-id="s6nepr" data-start="300" data-end="358">3D Cell Floater Dishes for 3D cell culture applications.</li>
<li data-section-id="4r7o73" data-start="360" data-end="422" data-is-last-node="">Multi-Insert Dishes for multi-insert culture configurations.</li>
</ul>
<h2 dir="ltr"> How to Choose Cell Culture Dishes</h2>
 Diameter and Growth Area by Application 35 mm dishes (growth area approximately 8.8 cm&sup2;, working volume 2 mL) are the standard for primary cell culture, colony counting, clonal selection, and high-resolution phase-contrast microscopy from adherent monolayers, where the small diameter matches the field of view of low-magnification objectives. 60 mm dishes (growth area approximately 21 cm&sup2;, working volume 5 mL) suit transfection experiments (calcium phosphate, lipofection, PEI) and mid-scale protein or RNA harvest. 100 mm dishes (growth area approximately 55 cm&sup2;, working volume 10 mL) are the routine format for cell expansion, large-scale transfection (AAV, lentivirus production), and whole-cell protein or nucleic acid extraction. 150 mm dishes (growth area approximately 148 cm&sup2;, working volume 20&ndash;30 mL) provide maximum cell yield from a single vessel for high-yield protein production, ChIP-seq input material, and large-scale virus production. TC-Treated vs. Non-Treated Dishes TC-treated NEST dishes have vacuum plasma&ndash;modified surfaces (contact angle &lt;10&deg;) supporting adherent mammalian cell attachment, equivalent to TC-treated T-flask surfaces. Non-treated dishes (when available) maintain the hydrophobic PS surface for suspension cell maintenance, organoid culture, and bacteriological applications. Confirm surface treatment from the product label before seeding; TC-treated and non-treated dishes are visually identical. Gripping Ring Option for 100 mm Dishes NEST Scientific 100 mm dishes are available with and without an Easy-Grip gripping loop molded into the dish wall. The gripping ring provides a secure handhold through latex or nitrile gloves in a biosafety cabinet, reducing slip-and-drop contamination events during media changes and trypsin addition for large-batch 100 mm dish workflows. For labs handling &gt;20 dishes per day, gripping ring dishes are a practical quality-of-life improvement. Optical Clarity and Microscopy NEST Scientific cell culture dishes are manufactured from 100% virgin polystyrene with a flat, distortion-free growth surface, allowing phase-contrast microscopy and standard fluorescence widefield microscopy directly in the dish without cell transfer. Numeric position marks on the dish bottom allow users to re-locate specific fields between imaging sessions. For confocal, TIRF, or super-resolution imaging requiring No. 1.5 coverglass, use glass-bottom dishes or [glass-bottom cell culture plates](mbpinc.net/consumables/cell-culture/cell-culture-plates/glass-bottom-cell-culture-plates) instead. Stackability and Incubator Efficiency NEST Scientific cell culture dishes feature a raised rim geometry and a snap-fit lid that allow stable stacking in a CO₂ incubator. Stacking feet on the lid prevent the lid from sliding and ensure the inner lid face does not contact the dish rim of the dish below &mdash; maintaining sterility of the lid's inner surface during stacking. For high-throughput cell culture labs running &gt;50 dishes simultaneously, dish stackability significantly increases effective incubator shelf utilization. 
<h2 dir="ltr"> Specifications Context</h2>
 NEST Scientific cell culture dishes are manufactured from 100% virgin polystyrene in ISO 8 (Class 10,000) cleanrooms. Vacuum plasma TC treatment is verified by water contact angle goniometry per lot (criterion: contact angle &lt;10&deg;). E-beam sterilized to SAL 10⁻⁶; certified DNase/RNase-free and non-pyrogenic per lot. Flat bottom for distortion-free phase-contrast microscopy; numeric position marks on dish floor. NEST Scientific is ISO 9001:2015, ISO 13485, and ISO 11137 certified with FDA registration and CE marking. As of 2026, NEST Scientific dishes in all four sizes are stocked by MBP. 
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Don&rsquo;t compromise on cultural integrity. <a href="https://mbpinc.net/contact-us">Contact the Molecular Biology Products Inc. team</a> for&nbsp;high-performance labware. Request a quote today to streamline your laboratory workflow.

Datsheet

Glass Bottom Culture Dishes Specifications

Glass Bottom Cell Culture Dish

NEST Glass Bottom Cell Culture Dish — 35 mm TC-treated polystyrene dish with borosilicate glass bottom for live-cell imaging (sterile, 10/pk, 200/cs). Two slide diameter options: 801002 (15 mm) and 801001 (20 mm); compatible with widefield, confocal, and TIRF microscopy.

Glass Bottom Cell Culture Dish,35 mm, 15 mm slides,TC, Sterile, 10/pk, 200/cs

Glass Bottom Cell Culture Dish,35 mm, 20 mm slides，TC, Sterile, 10/pk, 200/cs

Cell Culture Plates

<h2 class="p2"> What are Cell Culture Plates?</h2>
 Cell culture plates are sterile, single-use polystyrene multi-well vessels used to grow, treat, and analyze cells in parallel across multiple conditions in a single vessel. All formats are E-beam sterilized to SAL 10⁻⁶, certified DNase/RNase-free and non-pyrogenic, and individually wrapped in peelable film. Choose TC-treated flat-bottom plates for adherent mammalian cell culture, assays, and transfection; choose non-treated plates for suspension, hematopoietic, and hybridoma cells; choose glass-bottom plates for live-cell confocal and high-resolution fluorescence imaging.
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<h2 class="p1">What you will find:</h2>
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<ul>
<li data-section-id="1rzg2e5" data-start="0" data-end="138"><a href="cell-culture-plates/non-treated-cell-culture-plates">Non-Treated Cell Culture Plates:</a> Designed for suspension cultures and non-adherent cell lines where cell attachment is not required.</li>
<li data-section-id="1f2n3q2" data-start="140" data-end="295"><a href="cell-culture-plates/treated-cell-culture-plates">Treated Cell Culture Plates:</a> Tissue-culture-treated surface promotes reliable attachment and growth of adherent cells for routine culture and assays.</li>
<li data-section-id="1dji5w9" data-start="297" data-end="442" data-is-last-node=""><a href="cell-culture-plates/glass-bottom-cell-culture-plates">Glass Bottom Cell Culture Plates:</a> Glass-bottom wells provide superior optical clarity for high-resolution microscopy and live-cell imaging.</li>
</ul>
<h2 class="p2">&nbsp;</h2>
<h2 class="p2">How to Choose Cell Culture Plates</h2>
 Well Count by Application Scale 6-well plates (9.4 cm&sup2;/well) are the standard for transfection, siRNA knockdown, Western blot sample preparation, luciferase reporter assays, and colony counting &mdash; any protocol that requires &ge;5 &times; 10⁶ cells per condition. 12-well plates (3.8 cm&sup2;/well) support medium-scale culture for ELISA lysate preparation, flow cytometry staining, and viral infection studies. 24-well plates (1.9 cm&sup2;/well) are versatile for drug dose-response at medium throughput, primary cell culture, and viral plaque assays. 48-well plates (0.95 cm&sup2;/well) bridge 24-well and 96-well scale for intermediate throughput experiments. 96-well plates (0.32 cm&sup2;/well) are the workhorse for high-throughput cell viability (MTS, MTT, CCK-8), cytotoxicity, ELISA, reporter gene, and compound screening assays. 384-well plates are used for ultra-high-throughput screening (HTS), where reagent cost per well drives miniaturization. TC-Treated vs. Non-Treated vs. Glass Bottom TC-treated (vacuum plasma&ndash;treated, contact angle &lt;10&deg;) flat-bottom plates support adherent mammalian cell monolayer formation &mdash; required for HeLa, HEK293 (adherent), CHO-K1, Vero, A549, MCF-7, and primary cells. Non-treated plates maintain a hydrophobic surface that prevents attachment &mdash; used for suspension cell lines (Jurkat, K562, HL-60), hybridoma culture, and spheroid/organoid formation in U-bottom wells. Glass-bottom plates combine a polystyrene plate body with a borosilicate coverglass floor (0.16&ndash;0.19 mm thickness), matching the No. 1.5 coverglass standard required for confocal, TIRF, and super-resolution microscopy. Flat vs. Round (U) vs. V-Bottom Well Geometry Flat-bottom wells provide a flat imaging surface for phase-contrast and fluorescence microscopy, uniform cell monolayer coverage, and reliable OD measurements in plate readers. Round (U)-bottom wells concentrate cells and particles to the well centre by gravity &mdash; used for rosette assays, hemagglutination inhibition (HAI), and hanging-drop spheroid culture. V-bottom wells have a sharp vertex that pellets cells tightly for wash steps in flow cytometry and immunophenotyping panels. Plate Lid and Evaporation Management NEST Scientific cell culture plates ship with a clear polystyrene lid. For high-throughput assays running 72&ndash;96 hours, edge-well evaporation in 96-well and 384-well formats can introduce artefacts; NEST Low Evaporation EDGE plates have an inter-wall design that reduces edge-well evaporation by maintaining humidity in the peripheral wells during long incubations. 
<h2 class="p2"> Specifications Context</h2>
 NEST Scientific cell culture plates are manufactured from 100% virgin polystyrene in ISO 8 (Class 10,000) cleanrooms. TC treatment uses vacuum plasma technology; the lot-release criterion is contact angle &lt;10&deg;. All plates conform to ANSI/SLAS 1-2004 through 4-2004 footprint and well-position standards (SBS format), ensuring compatibility with automated liquid handling platforms, plate readers, and automated incubators. E-beam sterilization to SAL 10⁻⁶. Plates are individually wrapped in peelable Tyvek-equivalent film for GMP cleanroom entry; lids are attached. Alphanumeric well markings (A&ndash;H rows, 1&ndash;12 columns for 96-well) are standard across all formats. NEST Scientific is ISO 9001:2015 and ISO 13485 certified with FDA registration. As of 2026, MBP is a registered vendor for Howard Hughes Medical Institute, Vanderbilt University, and MD Anderson Cancer Center. 
Pick your format, culture your cells, and get consistent results every time. <a href="https://mbpinc.net/contact-us">Contact MBP </a>and get a tailored quote today!

Glass Bottom Cell Culture Plate Specifications

Glass Bottom Cell Culture Plate

The Glass Bottom Cell Culture Plate by NEST Scientific is a TC-treated, sterile borosilicate glass bottom plate for live-cell fluorescence imaging (1/pk, 10/cs). Available as 801004 (6-well) and 801006 (24-well); compatible with widefield, confocal, TIRF, and high-content imaging systems.

6 Well Glass Bottom Cell Culture Plate, TC, Sterile， 1/pk, 10/cs

24 Well Glass Bottom Cell Culture Plate, TC, Sterile, 1/pk, 10/cs

Erlenmeyer Flasks

<h2 dir="ltr">What are Cell Culture Erlenmeyer Flasks?</h2>
 Cell culture Erlenmeyer flasks (also called shake flasks or conical flasks) are single-use, sterile plastic vessels with a conical body, flat base, and narrow neck used for suspension cell culture on orbital shakers and incubator shakers, microbial culture, and media preparation. Unlike rectangular T-flasks designed for static monolayer culture, Erlenmeyer flasks are engineered for shaking: their wide conical base maximizes liquid surface area for oxygen transfer, while the narrow neck minimizes evaporation and contamination risk. Choose PC Erlenmeyer flasks for autoclavable reuse and high-temperature media preparation; choose PETG for single-use suspension culture and processes requiring BPA-free materials.
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<h2 dir="ltr">What you will find:</h2>
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<ul>
<li dir="ltr" aria-level="1">
<a href="erlenmeyer-flasks/petg-erlenmeyer-flasks">PETG Erlenmeyer flasks: </a>strong choice for cell culture applications that need excellent clarity, reliable handling, and convenient single-use performance. They are lightweight, durable, and ideal for shaker culture, media preparation, and general suspension cell workflows.
</li>
<li dir="ltr" aria-level="1">
<a href="erlenmeyer-flasks/pc-erlenmeyer-flasks">PC Erlenmeyer flasks: </a>built for applications that require greater strength and higher impact resistance. They are well-suited for demanding lab environments, including vigorous shaking, transport, and workflows where added durability is important.
</li>
<li dir="ltr" aria-level="1"><a href="https://mbpinc.net/consumables/cell-culture/erlenmeyer-flasks/erlenmeyer-flask-accessories">Erlenmeyer Flask Accessories: </a>Includes bi-directional, inverted, and multifunctional transfer caps, plus silicon tube assemblies for 2 L, 3 L, 3 L wide-mouth, and 5 L high-efficiency flasks, supporting sterile transfer and closed-system workflows.</li>
</ul>
<h2 dir="ltr"> How to Choose Erlenmeyer Flasks for Cell Culture</h2>
 PC vs. PETG Material PC (polycarbonate) Erlenmeyer flasks are autoclavable at 121 &deg;C (typically 5&ndash;10 cycles), shatter-proof, crystal-clear, and rated from &minus;135 &deg;C to +135 &deg;C. PC is ideal for labs that sterilize media or wash in-house. PC contains BPA. PETG Erlenmeyer flasks are single-use, BPA-free, rated from &minus;80 &deg;C to +60 &deg;C, and cannot be autoclaved. They provide a contamination-free, cleaning-free alternative to glass and PC for high-throughput suspension culture operations. Flat Base vs. Baffled Base Flat-base Erlenmeyer flasks provide gentler swirling for slow-growth cell lines and media mixing. Baffled-base flasks have three or four angled internal baffles that interrupt the swirling flow, increasing turbulence, raising dissolved oxygen (DO) by up to 2&times; compared to flat-base flasks at the same orbital speed, and reducing cell sedimentation. Baffled flasks are the standard for CHO-S, HEK293-F, Sf9, microbial, and yeast cultures requiring high oxygen transfer rates. NEST Scientific offers baffled and flat-base versions in both PC and PETG across all core volumes. Vented vs. Plug Seal Cap Vented caps contain a 0.22 &micro;m hydrophobic PTFE membrane that allows free O₂/CO₂ gas exchange while excluding microbial contamination. The NEST vented cap features an oversized vent area that improves gas exchange beyond standard-size membrane caps, supporting oxygen-demanding suspension cultures at higher cell densities. Plug seal caps create a fully sealed environment for media storage, static incubation, or transport outside the incubator. Always use vented caps for actively growing suspension cultures on an orbital shaker. Volume and Fill Ratio Erlenmeyer flasks should be filled to no more than 20&ndash;25% of the nominal flask volume for suspension shaker culture to maintain adequate headspace for oxygen transfer. A 500 mL flask running at 20% fill holds 100 mL of culture; a 1,000 mL flask holds 200 mL. Overfilling reduces oxygen transfer efficiency and creates foam that blocks the vented cap membrane. For media storage (no shaking), the fill volume can approach 80% of nominal. Shaker Compatibility NEST Scientific Erlenmeyer flasks (125 mL&ndash;3,000 mL) are compatible with standard laboratory orbital shakers, including those from Infors HT, New Brunswick Scientific (Innova), and Thermo Scientific MaxQ. Confirm flask neck O.D. and base diameter against your shaker's flask holder clips or clamp system before ordering large quantities. 
<h2 dir="ltr"> Specifications Context</h2>
 NEST Scientific PC Erlenmeyer flasks are manufactured from USP Class VI medical-grade polycarbonate, gamma sterilized per ISO 11137 to SAL 10⁻⁶, and individually wrapped in sterile packaging. PETG Erlenmeyer flasks are E-beam sterilized and certified DNase/RNase-free, pyrogen-free per lot. Vented cap PTFE membranes are 0.22 &micro;m with an oversized vent area that increases gas exchange efficiency vs. standard-diameter membrane caps. NEST Scientific is ISO 9001:2015 and ISO 13485 certified with FDA registration. Flask catalog sizes extend to high-efficiency 2 L and 5 L PC formats (NEST High Efficiency Erlenmeyer Flask line) for production-scale suspension culture. MBP stocks the NEST Scientific Erlenmeyer flask line across all major volumes and configurations. 
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Support accurate mixing and culturing with premium Erlenmeyer flasks designed for modern laboratories. <a href="https://www.mbpinc.net/contact-us" title="Contact the MBP Team" style="color: #236fa1; text-decoration: underline;">Contact the MBP team</a>&nbsp;for a formal quote.

Flyer

High Efficiency Erlenmeyer Flask with Baffles, with Bi-directional Transfer Cap with TPE Tube & Vent Filter

NEST Scientific autoclavable polycarbonate baffled Erlenmeyer flasks with bi-directional TPE tube transfer cap and 0.22 µm vent filter. Three volumes: 2 L (C20122-AZB050A), 3 L (C20222-AZB050A), 5 L with large membrane vent (C10442-AKA060A, formerly 787081). E-beam sterile SAL 10⁻⁶. 4/cs.

2L High Efficiency Erlenmeyer Flask with Baffles, with Bi-directional Transfer Cap with TPE Tube (50cm 1/8" ID 1/4" OD), Vent Filter (0.22 μm Φ24mm), Sterile, 1/pk, 4/cs

3L High Efficiency Erlenmeyer Flask with Baffles, with Bi-directional Transfer Cap with TPE Tube (50cm 1/8" ID 1/4" OD), Vent Filter (0.22 μm Φ24mm), Sterile, 1/pk, 4/cs

(old item # 787081) 5L High Efficiency Erlenmeyer Flask with Large Membrane Size Bi-directional Transfer Cap with TPE Tube (60cm 1/8" ID 1/4" OD), Sterile, 1/pk, 4/cs

High Efficiency Erlenmeyer Flask with Bi-Directional Transfer Cap, TPE Tube, Male CPC Connector & Vent Filter

NEST High Efficiency Erlenmeyer Flask with Bi-Directional Transfer Cap — complete sterile flask-and-cap bundle (1/pk, 4/cs) in two volumes: C10223-DBE060A (3 L) and C10423-DBE060A (5 L). Both feature TPE tube (60 cm, 1/4&#34; ID), male CPC connector, and 0.22 μm vent filter (20 cm&#178;); E-beam SAL 10&#8315;&#8706;, ISO 13485.

3L High Efficiency Erlenmeyer Flask with Bi-Directional Transfer Cap, TPE Tube (60cm 1/4" ID 7/16" OD), Male CPC Connector with Female Sealing Cap, Vent Filter (0.22 μm 20cm²), Sterile, 1/pk, 4/cs

5L High Efficiency Erlenmeyer Flask with Bi-Directional Transfer Cap, TPE Tube (60cm 1/4" ID 7/16" OD), Male CPC Connector with Female Sealing Cap ,Vent Filter (0.22 μm 20cm²), Sterile, 1/pk, 4/cs

High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap with TPE Tube & Vent Filter

High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap by NEST Scientific — 3 L high efficiency Erlenmeyer flask with bi-directional transfer cap, 50 cm TPE tube (1/8&quot; ID &times; 1/4&quot; OD), 0.22 &mu;m &times; 24 mm vent filter. Sterile, 1/pk, 4/cs. Available as C10222-AZB050A (3L, 50cm tube), C10422-AZB050A (5L, 50cm tube), or C10422-AZB090A (5L, 90cm tube).

3L High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap with TPE Tube (50cm 1/8" ID 1/4" OD), Vent Filter (0.22 μm Φ24mm), Sterile, 1/pk, 4/cs

5L High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap, TPE Tube (50cm 1/8" ID 1/4" OD), Vent Filter (0.22 μm Φ24mm), Sterile, 1/pk, 4/cs

5L High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap with TPE Tube (90cm 1/8" ID 1/4" OD), Vent Filter (0.22 μm Φ24mm), Sterile, 1/pk, 4/cs

High Efficiency Erlenmeyer Flask by NEST Scientific — 2L high efficiency Erlenmeyer flask, USP Class VI polycarbonate, with bi-directional transfer cap, TPE tube (50cm, 1/4&quot; ID &times; 3/8&quot; OD), 0.22 &mu;m PTFE vent filter. E-beam sterilized, DNase/RNase-free. 1/pk, 4/cs. Available in 2 L (C10123-BZC050A), 3 L (C10223-BZC050A), and 5 L (C10423-BZC090A).

2L High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap with TPE Tube (50cm 1/4" ID 3/8" OD), Vent Filter (0.22 μm Φ24mm) , Sterile, 1/pk, 4/cs

3L High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap with TPE Tube (50cm 1/4" ID 3/8" OD), Vent Filter (0.22 μm Φ24mm), , Sterile, 1/pk, 4/cs

5L High Efficiency Erlenmeyer Flask with Bi-directional Transfer Cap with TPE Tube (50cm 1/4" ID 3/8" OD), Vent Filter (0.22 μm Φ24mm), Sterile, 1/pk, 4/cs

Hose Clamp for 12-18 mm diameter hoses, each, Sterile, 1/pk, 10/cs

Sterile hose clamp (743001) for 12–18 mm diameter flexible tubing, compatible with BioFactory and bioprocess tubing assemblies. Supplied 1 per sterile pack, 10 per case — for secure, contamination-free hose sealing in closed cell culture systems.

Internally Threaded Cryogenic Vials

<h2>What Are Internally Threaded Cryogenic Vials?</h2>
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Internally threaded cryogenic vials feature screw threads located inside the vial neck, allowing the cap to sit within the vial opening rather than wrapping around the exterior. A silicone O-ring in the cap compresses against the vial rim when tightened, creating a secure, leak-resistant seal that remains stable at ultra-low temperatures down to &minus;196&deg;C.
Because the external surface of the vial neck remains smooth, internally threaded designs help reduce contamination risk and improve handling in biosafety cabinets and clean laboratory environments. They are commonly used for long-term storage of biological samples, including cell lines, serum aliquots, and microbial stocks.
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<h2>What you'll discover:</h2>
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<ul>
<li>2D barcoded internally threaded cryogenic vials for digital sample tracking</li>
<li>SBS-format cryogenic vials designed for automated high-throughput systems</li>
<li>Multi-barcoded vials with side and bottom identifiers for inventory management</li>
<li>Non-barcoded internally threaded vials for routine laboratory storage</li>
<li>Side-barcoded cryogenic vials for rapid scanning workflows</li>
<li>Internally threaded vials available in 0.5&ndash;5.0 mL volume formats</li>
<li>Racked and bulk-pack cryogenic storage configurations</li>
<li>Leak-resistant vials with integrated silicone sealing systems</li>
</ul>
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<h2>How to Choose Internally Threaded Cryogenic Vials</h2>
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Volume selection The 2.0 mL format is the most widely used for cell banking, serum aliquots, and general biostorage due to its balance between capacity and rack compatibility. Smaller volumes are used for high-density storage, while larger formats support tissue samples and high-volume biological materials.
O-ring material Silicone O-rings are preferred because they maintain elasticity and sealing performance across cryogenic and autoclave temperature ranges. This ensures consistent leak protection during freezing and thawing cycles.
Self-standing vs round-bottom Self-standing vials feature a stable base for bench handling without racks, improving workflow efficiency during labeling and aliquoting. Round-bottom vials require racks but are compatible with a wider range of storage systems.
Autoclavability Most polypropylene vials with silicone O-rings are autoclavable at 121&deg;C, but material compatibility should always be confirmed before sterilization to avoid deformation or seal failure.
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<h2>Specifications Context</h2>
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Internally threaded cryogenic vials are typically manufactured from high-grade polypropylene and are designed for storage temperatures down to &minus;196&deg;C in liquid nitrogen vapor or phase. Many are certified RNase-free, DNase-free, non-pyrogenic, and endotoxin-free to support molecular biology and clinical applications.
They are compatible with standard cryobox formats and are widely used in biobanking, GMP storage, and long-term specimen preservation workflows where sample integrity and traceability are essential.
Internally threaded cryogenic vials remain a core standard for secure biological storage across research and clinical laboratories. <a href="https://mbpinc.net/contact-us">Contact the MBP team</a> for pricing and availability.

Internal Thread Self-Standing Cryogenic Vial, Sterile, New Model, Box

NEST sterile internal-thread self-standing cryogenic vials (New Model), rated to −196°C vapor-phase LN₂. Four volumes: 1.5 mL (606801), 1.8 mL (607301), 4.0 mL (608301), 5.0 mL (609301). Box format, 50/pk.

1.5 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 50/pk, 500/box, 2000/cs

1.8 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 50/pk, 500/box, 2000/cs

4.0 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 50/pk, 250/box, 1000/cs

5.0 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 50/pk, 250/box, 1000/cs

Internal Thread Self-Standing Cryogenic Vial, Sterile, New Model, Racked

The Internal Thread Self-Standing Cryogenic Vial by NEST Scientific is a sterile USP Grade VI PP cryovial with internal thread, silicone O-ring seal, and E-beam sterilization (SAL 10&#8315;&#8706;), supplied in 10&#215;10 racks. Available in 1.5 mL (606802, 1,400 vials/cs), 1.8 mL (607302, 1,200 vials/cs), 4.0 mL (608302, 800 vials/cs), and 5.0 mL (609302, 600 vials/cs).

1.5 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 10*10/rack, 14 racks/cs, 1400 vials/cs

1.8 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 10*10/rack, 12 racks/cs, 1200 vials/cs

4.0 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 10*10/rack, 8 racks/cs, 800 vials/cs

5.0 mL Cryogenic Vial, Self-Standing, Internal Thread, Sterile, New Model, 10*10/rack, 6 racks/cs, 600 vials/cs

Latex Gloves

<h2>What are latex examination gloves?</h2>
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Latex examination gloves are single-use disposable hand protection items made from natural rubber latex (NRL), which is derived from the sap of the rubber tree (Hevea brasiliensis). They are designed to meet ASTM D3578 standards for strength, elasticity, fit, and barrier integrity.
Compared with synthetic alternatives like nitrile, latex gloves have a lower elastic stiffness, meaning they stretch more easily and conform closely to the shape of the hand. This gives them superior tactile sensitivity, which is why they are still widely used in precision laboratory work, dental procedures, surgical environments, and fine sample manipulation tasks. Most modern latex gloves are powder-free, using chlorination or polymer coatings to allow easy donning without contamination risks.
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<h2>What you will find:</h2>
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<ul>
<li>
Powder-free latex gloves for reduced contamination risk and cleaner samples
</li>
<li>
Examination-grade latex gloves for versatile laboratory use and diagnostics
</li>
<li>
High-dexterity latex gloves for precise handling during intricate tasks
</li>
</ul>
&nbsp;
<h2>How to choose latex examination gloves</h2>
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Tensile strength and elongation
Latex gloves are tested under ASTM D3578, which requires high elasticity and durability. They must withstand significant stretching without tearing, ensuring reliability during pipetting, dissection, and clinical procedures. This high elongation capacity is one of the main performance advantages of latex over nitrile.
AQL and medical-grade standards
Medical-grade latex gloves typically have an AQL of 2.5 or lower, meaning very low acceptable defect rates. These are required for laboratory, clinical, and pharmaceutical applications involving biological or chemical exposure. Industrial-grade gloves with higher AQL values are not suitable for controlled or regulated environments.
Powder-free requirement
All laboratory latex gloves should be powder-free. Powdered versions are no longer appropriate for scientific or clinical use because they can contaminate cell cultures, PCR reactions, and sensitive analytical assays. Powder-free gloves use chlorination or polymer coatings instead of cornstarch powder.
Grip and surface texture
Latex gloves may be smooth or textured. Textured fingertips improve grip during wet procedures such as pipetting, centrifuge tube handling, or tissue manipulation. Smooth versions are easier to don but offer less grip in wet environments.
Latex allergy risk
Natural rubber latex contains allergenic proteins that can trigger reactions in sensitive individuals. Because of this, laboratories must assess allergy risk and ensure nitrile alternatives are available. Repeated exposure increases sensitization risk, so many facilities have shifted fully to nitrile.
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<h2>Specifications context</h2>
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Latex examination gloves are governed by ASTM D3578, which defines mechanical strength, elongation, and quality requirements. Additional standards such as ASTM D5712 and ASTM D6124 assess protein content and residual powder levels. Medical-grade latex gloves are regulated as Class II medical devices in many regions and require compliance documentation such as FDA 510(k) clearance for clinical use. As of 2026, powder-free latex gloves remain common in surgical, dental, and high-dexterity laboratory applications, although many general labs now prefer nitrile due to allergy considerations.
If you're looking to balance precision with protection, MBP can help you choose the right latex glove option for your lab needs. <a href="https://mbpinc.net/contact-us">Connect with our helpful team</a> today to request a quote.

Latex Powder Free Examination Gloves Specifications

Latex Powder Free Examination Gloves

Latex Powder Free Examination Gloves by NEST Scientific have 0.11 mm palm thickness, textured fingertips, beaded cuff, and ≥18.0 MPa tensile strength. Available in Extra Small (901001), Small (901011), Medium (901021), Large (901031), and Extra Large (901041), 100/box (90/box for XL).