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    ODTC384-5 PCR Unit
    EquipmentAvailable

    ODTC384-5 PCR Unit

    Faculty of Arts and Science
    Biology
    Concordia University

    Primary Function: The Inheco ODTC384-5 is an advanced on-deck thermal cycler engineered for rapid and uniform thermal cycling of 384-well PCR plates, making it ideal for high-throughput experimentation.

    Key Features:

    1. Utilizes patented Vapor Chamber Mount (VCM) technology, ensuring precise heating and cooling with near-instantaneous transitions and exceptional temperature uniformity across the entire plate, even with unequally filled wells.
    2. Features a horizontal-opening heated lid that can be automatically opened during a run with negligible temperature impact, facilitating continuous 24/7 automated operations without supervision.
    3. Designed for minimal deck space, occupying a footprint equivalent to approximately two standard microplates (124 mm H x 157 mm W x 248 mm L).
    4. Offers flexible positioning with various ventilation configurations.
    5. Equipped with a SiLA-compliant interface for seamless integration into automated workflows and robotic deck systems.
    6. Compatible with standard 384-well PCR plates, including full- or semi-skirted low profile types such as Bio-Rad Hard-Shell HSP-3xxx, 4titude FrameStar 384, and Hamilton FramePlate 814305.
    7. Integrated with the inSPIRE workstation, which also includes the Echo 550, Mantis, ViiA 7 RT-PCR, ODTC96, Fragment Analyzer Infinity, ALPS 3000, HiG 3, and XPeel for comprehensive high-throughput capabilities.

    Applications: Primarily used for Polymerase Chain Reaction (PCR) and Next Generation Sequencing (NGS) applications, including gene sequence amplification.

    Concordia Genome Foundry

    Concordia Genome Foundry

    Faculty of Arts and Science

    Research lab focused on advancing scientific knowledge and innovation.

    NG

    Nicholas Gold

    Biology
    Faculty of Arts and Science
    Concordia University
    EquipmentAvailable

    ODTC384-5 PCR Unit

    Faculty of Arts and Science
    Biology
    Concordia University

    Primary Function: The Inheco ODTC384-5 is an advanced on-deck thermal cycler engineered for rapid and uniform thermal cycling of 384-well PCR plates, making it ideal for high-throughput experimentation.

    Key Features:

    1. Utilizes patented Vapor Chamber Mount (VCM) technology, ensuring precise heating and cooling with near-instantaneous transitions and exceptional temperature uniformity across the entire plate, even with unequally filled wells.
    2. Features a horizontal-opening heated lid that can be automatically opened during a run with negligible temperature impact, facilitating continuous 24/7 automated operations without supervision.
    3. Designed for minimal deck space, occupying a footprint equivalent to approximately two standard microplates (124 mm H x 157 mm W x 248 mm L).
    4. Offers flexible positioning with various ventilation configurations.
    5. Equipped with a SiLA-compliant interface for seamless integration into automated workflows and robotic deck systems.
    6. Compatible with standard 384-well PCR plates, including full- or semi-skirted low profile types such as Bio-Rad Hard-Shell HSP-3xxx, 4titude FrameStar 384, and Hamilton FramePlate 814305.
    7. Integrated with the inSPIRE workstation, which also includes the Echo 550, Mantis, ViiA 7 RT-PCR, ODTC96, Fragment Analyzer Infinity, ALPS 3000, HiG 3, and XPeel for comprehensive high-throughput capabilities.

    Applications: Primarily used for Polymerase Chain Reaction (PCR) and Next Generation Sequencing (NGS) applications, including gene sequence amplification.

    ODTC384-5 PCR Unit
    Concordia Genome Foundry

    Concordia Genome Foundry

    Faculty of Arts and Science

    Research lab focused on advancing scientific knowledge and innovation.

    NG

    Nicholas Gold

    Biology
    Faculty of Arts and Science
    Concordia University

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    Privacy PolicyTerms of Service