IBlot 2 Gel Transfer Device by Thermo Fisher Scientific Invitrogen is a used electrophoresis systems & power supplies listing available for GBP 400. Browse specifications, request seller details, and find similar equipment on Machinery Masters.
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    Used IBlot 2 Gel Transfer Device - Electrophoresis Systems & Power Supplies

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    Thermo Fisher Scientific Invitrogen - IBlot 2 Gel Transfer Device

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    Price: £ 400

    This listing is for a Thermo Fisher Scientific Invitrogen iBlot 2 Gel Transfer device


    The unit is in full working condition and is ready for immediate release.


    The iBlot 2 Gel Transfer Device is a key component of the iBlot 2 Dry Blotting System, designed for rapid, high-quality protein transfers from mini-, midi-, and E-PAGE™ gels onto nitrocellulose or PVDF membranes. This device ensures crisp and clear bands for Western blotting, streamlining your workflow and enhancing reproducibility.


    Key Features:

    • Fast Transfer: Achieve complete protein transfer in 7 minutes or less, significantly reducing your lab time.
    • High Detection Sensitivity: Experience even transfer and exceptional transfer efficiency for reliable results.
    • Flexible Formats: Compatible with various gel sizes and membrane types, offering versatility for various applications.
    • User-Friendly Design: Simplifies the transfer process with a straightforward interface, built-in tutorial, and application notes.
    • Custom Program Options: Create and manage custom transfer programs tailored to your specific needs.
    • Compact Transfer Stacks: High-quality, compact transfer stacks that include required buffers, eliminating the need for bulky setups.


    Specifications:


    • Application: Dry electroblotting for Western detection
    • Compatible Membranes: Nitrocellulose and PVDF
    • Transfer Time: Typically completed in 7 minutes
    • Preparation Time: Total time under 10 minutes per blot


    How It Works:

    • The innovative design incorporates buffer ion reservoirs directly into the gel matrix, which enhances the transfer process by leveraging high ion density for rapid protein migration. This method eliminates the need for preparation of additional buffers and minimizes user errors, making it ideal for busy laboratories
    United KingdomCambridgeshire, United Kingdom

    5,791 km away

    Model Number

    iBlot 2 Gel

    Stock Number

    46516

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    Typical context for this category of equipment. Always confirm specifics with the seller.

    Applications & Use Cases

    • Western blotting for protein detection and analysis.
    • Transferring proteins from polyacrylamide gels to membranes.
    • Immunodetection workflows in molecular biology research.
    • Protein expression studies and validation.
    • Quality control in biopharmaceutical development.

    Typical Specifications

    Transfer Method
    Dry electroblotting, eliminating the need for traditional buffer tanks.
    Typical Transfer Time
    For this class of equipment, transfers are typically completed in 7 minutes or less.
    Compatible Gel Sizes
    Commonly supports mini-, midi-, and E-PAGE™ gels.
    Membrane Compatibility
    Typically compatible with nitrocellulose and PVDF membranes.
    Throughput
    Designed for rapid, single-gel transfers, optimising workflow for individual blots.
    Footprint
    Units of this type are generally compact, suitable for benchtop operation.
    Power Supply
    Typically operates on standard laboratory mains power, commonly 230V for UK use.
    User Interface
    Often features a straightforward interface with custom program options and built-in tutorials.

    Frequently Asked Questions

    • Dry blotting systems offer significantly faster transfer times compared to wet or semi-dry methods, typically completing transfers in minutes. They also reduce buffer consumption and simplify the setup process.

    Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.