ABM Consumables

<h2 dir="ltr">What Are Single-Channel Pipettors?</h2>
 A single-channel pipettor is the single most widely used liquid handling instrument in molecular biology, cell biology, and clinical research. It transfers precise volumes between 0.1 &micro;L and 5,000 &micro;L, one well or tube at a time, using an air-displacement piston mechanism. The piston creates a partial vacuum that aspirates liquid into a disposable tip; advancing the piston fully dispenses the liquid. A spring-loaded tip ejector releases the used tip without hand contact for contamination control. Manual models depend on finger force and offer simple, battery-free operation; electronic models add programmable aspiration/dispensing speeds, multi-dispense modes, and up to 5 custom pipetting programs.&nbsp; A set of four manual single-channel pipettors (P10, P20, P200, P1000) covers 95% of molecular biology liquid handling; add electronic models for high-throughput repetitive work.
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<h2 dir="ltr">What you will find:</h2>
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Adjustable volume single-channel pipettors for flexible workflows
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Fixed volume pipettors for repeatable dispensing tasks
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Mechanical pipettors for standard lab use
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Ultra-low volume micropipettors for precise &micro;L handling
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Wide-range pipettors covering &micro;L to mL volumes
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Autoclavable pipettors for sterile environments
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Lightweight ergonomic pipettors for long sessions
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<h2 dir="ltr"> How to Choose a Single-Channel Pipettor</h2>
 Volume Range: Build a Complete Bench Set A standard four-pipettor bench set covers P10 (1&ndash;10 &micro;L), P20 (2&ndash;20 &micro;L), P200 (20&ndash;200 &micro;L), and P1000 (100&ndash;1,000 &micro;L). For sub-microliter work (sequencing, single-cell), add a P2 (0.2&ndash;2 &micro;L). For large-volume dispensing (media prep, column loading), add a P5000 (1,000&ndash;5,000 &micro;L). Avoid selecting a volume range that places your target dispense below 20% of the maximum &mdash; accuracy degrades at the low end of any range. Manual vs Electronic Manual single-channel pipettors (Eppendorf Research Plus, Gilson PIPETMAN Classic, Rainin Pipet-Lite XLS+) are the standard for routine lab work: field-calibratable, autoclavable, and requiring no power source. Electronic single-channel pipettors (Eppendorf Research Pro, Rainin Pipet-Lite XLS+ Electronic) add: programmable aspiration/dispense speed (5 speeds), multi-dispense (repeat pipetting) mode, mix mode, dilution mode, and backlight LCD volume display. Electronic models reduce hand fatigue in workflows exceeding 200&ndash;300 tip changes per day. Tip Compatibility Three tip systems cover the market: standard conical (universal fit &mdash; fits Eppendorf Research Plus, Gilson PIPETMAN, Rainin non-LTS, Thermo, Sartorius/BioHit); Rainin LTS cylindrical (requires LTS-specific tips &mdash; lower force insertion); Eppendorf epT.I.P.S. proprietary (tightest fit for Eppendorf instruments). Select the tip system that matches your pipettor purchase and existing tip inventory before committing to a brand. Autoclavability and Chemical Resistance Manual pipettors from Eppendorf, Gilson, and Rainin have fully autoclavable lower sections (121&deg;C, 15 psi, 15 min). Electronic pipettors have autoclavable nose cones only &mdash; the electronic module cannot be autoclaved. Calibration and Service All single-channel pipettors are factory-calibrated per ISO 8655. Field recalibration tools are available for Eppendorf, Gilson, and Rainin to perform in-lab gravimetric verification without external service. 
<h2 dir="ltr"> Specifications Context </h2>
 ISO 8655 Part 2 accuracy spec for a 200 &micro;L air-displacement pipettor: &plusmn;0.8 &micro;L systematic error, &le;0.3 &micro;L random error (Eppendorf Research Plus specification at 200 &micro;L). Most manual pipettors weigh 70&ndash;120 g; electronic models weigh 150&ndash;220 g. Operating temperature range: typically 15&ndash;40&deg;C. Eppendorf Research Plus, Gilson PIPETMAN Classic, and Rainin Pipet-Lite XLS+ LTS remain the three dominant single-channel pipettor platforms in North American research labs.&nbsp; 
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Ready to find your new favorite lab tool? Don&rsquo;t just settle for any grip&mdash;find the one that fits your hand and your science. <a href="https://mbpinc.net/contact-us" style="color: #236fa1;">Reach out to the MBP team</a> today for a customized quote.

Single Channel Pipettors

4 Pipette Bundle Pack (Set of one each of B250, B251, B252 and B253)

Unit Quantity

Volume

Shipping condition

<h2 class="p2"> What are Glass Bottom Cell Culture Plates?</h2>
 Glass bottom cell culture plates are sterile, single-use multi-well plates combining a polystyrene plate body with a borosilicate coverglass floor in each well, designed for high-resolution live-cell microscopy applications that require the optical clarity and low autofluorescence of glass rather than polystyrene. Glass bottom plates are required for confocal microscopy, TIRF microscopy, spinning disk confocal, super-resolution (STORM, PALM, STED), and any high-magnification live-cell imaging protocol that specifies No. 1.5 coverglass.
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<h2 class="p1">What you will find:</h2>
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&bull; High clarity glass bottoms for crisp, high resolution imaging &bull; Compatible with fluorescence, confocal, and phase contrast microscopy &bull; Treated surfaces to support strong cell attachment &bull; Multi-well formats for parallel experiments and higher throughput &bull; Sterile, ready-to-use plates to keep your workflow clean &bull; Durable construction to handle repeated imaging sessions
<h2 class="p2"> How to Choose Glass Bottom Cell Culture Plates</h2>
 Why Glass Bottom vs. Standard Polystyrene Plates Standard polystyrene cell culture plates have optical properties inadequate for high-resolution microscopy: polystyrene autofluoresces in the 400&ndash;600 nm range, interfering with DAPI, GFP, and Cy3 channels; the relatively thick PS well bottom (0.5&ndash;2.0 mm vs. 0.16&ndash;0.19 mm for No. 1.5 coverglass) places cells outside the working distance of high-NA oil objectives; and PS birefringence creates artefacts in polarized light and DIC microscopy. Borosilicate glass (No. 1.5, 0.16&ndash;0.19 mm) is optically isotropic, produces no autofluorescence in the visible range, and matches the focal correction of oil-immersion objectives. Coverglass Thickness: No. 1.5 Standard No. 1.5 coverglass (0.16&ndash;0.19 mm nominal, ~0.17 mm mean) is the standard for which virtually all high-NA microscope objectives (Nikon Plan Apo, Olympus UPLSAPO, Zeiss Plan-Apochromat) are spherical aberration&ndash;corrected. NEST Scientific glass bottom plates use 0.16&ndash;0.19 mm borosilicate glass per product specification. For objectives with correction collars, the correction collar should be set to match the actual glass thickness measured per lot. Medical-Grade Adhesive and Non-Cytotoxicity The borosilicate glass disk in each well is bonded to the PS plate body using medical-grade adhesive confirmed non-cytotoxic by NEST Scientific lot testing. The adhesive is the most critical quality checkpoint for glass bottom plates: cytotoxic adhesive leaches compounds that affect cell morphology, viability, and signaling within 24&ndash;48 hours of seeding. Always confirm non-cytotoxicity certification on the manufacturer's lot data sheet before use with sensitive primary cells. 6-Well vs. 24-Well Format NEST Scientific 6-well glass bottom plates (glass diameter 20 mm per well) are used for experiments requiring larger cell populations visible in a single field at low magnification (10&times;&ndash;20&times;) &mdash; migration assays, wound-healing scratch assays, live-cell time-lapse at moderate magnification, and spheroid imaging. 24-well glass bottom plates (glass diameter 13.5 mm per well) support medium-throughput confocal imaging with smaller cell populations per well &mdash; transfection imaging, localization studies, co-localization panels, and FISH on adherent cells. TC-Treated Glass Bottom NEST Scientific glass bottom plates have both the polystyrene well walls and the glass floor TC-treated, ensuring that adherent mammalian cells attach and grow directly on the glass surface. Without TC treatment of the glass floor, adherent cells form uneven, loosely attached monolayers that detach during media changes before imaging. Immersion Objective Compatibility For oil-immersion objectives (working distance &lt;0.2 mm at 100&times;), glass bottom plates require the inverted microscope objective to be positioned below the plate base &mdash; the standard configuration for inverted microscopes (Nikon Ti2, Olympus IX83, Zeiss Axio Observer). Confirm that your microscope stage adapter accepts standard multi-well plate footprints and that the plate bottom is accessible to the objective lens. 
<h2 class="p2">&nbsp; Specifications Context</h2>
 NEST Scientific glass-bottom cell culture plates use 100% virgin polystyrene plate bodies and borosilicate glass inserts (0.16&ndash;0.19 mm), bonded with medical-grade, non-cytotoxic adhesive. Both the polystyrene well wall and the glass floor are TC-treated by vacuum plasma. E-beam sterilized to SAL 10⁻⁶; certified DNase/RNase-free, non-pyrogenic per lot. Compatible with confocal microscopy, high-resolution microscopy, DIC, polarized light, phase contrast, TIRF, and live-cell fluorescence imaging. Typical applications include: STEM cell research, cell cycle regulation, GFP localization, laser scanning confocal, two-photon confocal, and infrared imaging per NEST Scientific product documentation. NEST Scientific glass-bottom plates in 6-well and 24-well formats are stocked by MBP. 
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Upgrade your imaging setup with plates built for clarity and consistency. <a href="https://mbpinc.net/contact-us">Contact MBP</a> to get your Glass Bottom Cell Culture Plates today!

Glass Bottom Cell Culture Plates

6-Well Multiwell Cell Plates

Recommended Medium Volume

Cell Growth Area

Sterility

<h2 data-section-id="1yjaxog" data-start="0" data-end="23">What Are IHC Slides?</h2>
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IHC slides, also known as charged slides or adhesion slides, are microscope slides designed specifically for immunohistochemistry (IHC), histology, cytology, and pathology applications. These slides feature a permanently charged surface that helps tissue sections and cellular samples remain attached during staining procedures, heat-induced epitope retrieval (HIER), antibody incubations, and repeated wash steps.
Globe Scientific Diamond&reg; White Glass charged slides are manufactured from optical-quality white glass and come pre-cleaned and ready to use. They are available with either 90&deg; ground edges or 45&deg; beveled safety corners and are offered in multiple frosted-end color options to simplify specimen identification and laboratory workflow management.
Charged IHC slides are essential for FFPE tissue sections, frozen sections, and cytospin preparations because they help prevent tissue loss during staining and antigen retrieval procedures.
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<h2 dir="ltr">What you will find:</h2>
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Human breast cancer control slides
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FFPE kidney cancer tissue sections
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Human brain tissue microarray slides
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Paraffin-embedded colon cancer sections
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Intestine cancer diagnostic slides
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Positive charged IHC control slides
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Formalin-fixed stomach cancer samples
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Microtome-sectioned pathology slides
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<h2 data-section-id="1p4j59x" data-start="990" data-end="1017">How to Choose IHC Slides</h2>
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Hydrophobic vs Hydrophilic Surface
Most charged IHC slides use a hydrophobic positively charged surface, making them suitable for routine FFPE tissue staining, frozen sections, and cytology applications. These slides provide reliable tissue adhesion during manual immunohistochemistry workflows.
Hydrophilic charged slides are commonly used with automated staining systems where uniform reagent distribution across the slide surface is important. These specialty slides are often selected for automated IHC platforms and high-throughput laboratory workflows.
Adhesion Strength
Standard charged slides provide strong tissue adhesion suitable for most routine immunohistochemistry applications, including common antigen retrieval protocols and standard staining procedures.
For challenging specimens such as fragile frozen sections, decalcified tissues, or protocols involving extended high-temperature antigen retrieval, laboratories may choose specialty slides designed to provide enhanced adhesion performance.
Edge Style
Slides with 90&deg; ground edges provide a smooth finish that works well with automated staining and coverslipping systems.
Slides with 45&deg; beveled safety corners help reduce the risk of cuts during handling and are often preferred in laboratories that process large numbers of slides daily.
Frosted Ends and Color Coding
Frosted labeling areas allow specimen information to be written directly on the slide. Color-coded frosted ends can help distinguish patient samples, staining batches, and laboratory workflows. Multiple color options are available to support organization in busy pathology and histology laboratories.
Packaging Options
IHC slides are available in various box and case quantities to accommodate laboratories of different sizes. High-volume pathology laboratories often purchase slides in case quantities to ensure a consistent supply for routine diagnostic and research work.
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<h2 data-section-id="1jl751w" data-start="3652" data-end="3677">Specifications Context</h2>
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Globe Scientific Diamond White Glass charged microscope slides are manufactured from optical-quality white glass and feature a permanent positive surface charge. Standard dimensions are approximately 25 &times; 75 mm with a thickness of about 1 mm. Slides are supplied pre-cleaned and ready for laboratory use.
Available options include 90&deg; ground edges or 45&deg; beveled safety corners, along with frosted-end labeling areas in white, blue, red, green, yellow, orange, aqua, pink, and lavender.
Packaging formats include boxes containing 72 or 144 slides, with larger case quantities available for high-volume laboratories. Globe Scientific products are manufactured under ISO 9001:2015 quality standards.
Ready to streamline your pathology validation? Request a quote from the <a href="https://mbpinc.net/contact-us" style="color: #236fa1; text-decoration: underline;">helpful team at MBP today</a>.