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    ODTC384-4 PCR Unit
    EquipmentAvailable

    ODTC384-4 PCR Unit

    Faculty of Arts and Science
    Biology
    Concordia University

    Primary Function: The Inheco ODTC384-4 is an advanced on-deck thermal cycler designed for rapid and uniform thermal cycling of 384-well PCR plates, seamlessly integrating into automated laboratory workflows.

    Key Features & Technology:

    1. Features patented Vapor Chamber Mount (VCM) technology, a unique 3D heat pipe system that ensures superior well-to-well temperature uniformity and rapid heating/cooling, critical for consistent results in high-throughput applications.
    2. Designed for direct integration onto liquid handling systems, allowing for continuous 24/7 automated operation without manual plate transfer.
    3. Equipped with a horizontal-opening heated lid that can be operated independently from the heating block, enabling pipetting or other interventions during thermal cycling with minimal temperature disruption.
    4. Controlled by sophisticated automation software such as Thermo Scientific Momentum, and features a SiLA-compliant interface for broad compatibility with various lab automation platforms.
    5. Integrated within high-throughput experimentation workstations, such as the inSPIRE workstation, alongside instruments like the Echo 550, Mantis, ViiA 7 RT-PCR, ODTC96, Fragment Analyzer Infinity, ALPS 3000, HiG 3, and XPeel.

    Applications: Ideal for a wide range of molecular biology applications including high-throughput PCR amplification, Next-Generation Sequencing (NGS) library preparation, human diagnostics, and other molecular biological routines requiring precise and rapid temperature control.

    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

    ODTC384-4 PCR Unit

    Faculty of Arts and Science
    Biology
    Concordia University

    Primary Function: The Inheco ODTC384-4 is an advanced on-deck thermal cycler designed for rapid and uniform thermal cycling of 384-well PCR plates, seamlessly integrating into automated laboratory workflows.

    Key Features & Technology:

    1. Features patented Vapor Chamber Mount (VCM) technology, a unique 3D heat pipe system that ensures superior well-to-well temperature uniformity and rapid heating/cooling, critical for consistent results in high-throughput applications.
    2. Designed for direct integration onto liquid handling systems, allowing for continuous 24/7 automated operation without manual plate transfer.
    3. Equipped with a horizontal-opening heated lid that can be operated independently from the heating block, enabling pipetting or other interventions during thermal cycling with minimal temperature disruption.
    4. Controlled by sophisticated automation software such as Thermo Scientific Momentum, and features a SiLA-compliant interface for broad compatibility with various lab automation platforms.
    5. Integrated within high-throughput experimentation workstations, such as the inSPIRE workstation, alongside instruments like the Echo 550, Mantis, ViiA 7 RT-PCR, ODTC96, Fragment Analyzer Infinity, ALPS 3000, HiG 3, and XPeel.

    Applications: Ideal for a wide range of molecular biology applications including high-throughput PCR amplification, Next-Generation Sequencing (NGS) library preparation, human diagnostics, and other molecular biological routines requiring precise and rapid temperature control.

    ODTC384-4 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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    McGill UniversityConcordia UniversityUniversité de MontréalPolytechnique MontréalDobson Centre for EntrepreneurshipUniversity of Alberta
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    Privacy PolicyTerms of Service