Product Description
Brand BioRad
Model iMark
Capacity Six standard absorbance filters.
Centrifuge 1707009
Application Immunology
The iMark Microplate Absorbance Reader, with a wavelength range of 400750 nm, is an economical, high-performance solution for a wide range of applications, including immunoassays with colorimetric substrates, such as ELISA, and protein assays such as Bradford and Lowry. The instrument can be used as a stand-alone reader or be controlled by a PC or Mac with Microplate Manager 6 Software
Seamless Automated Microplate WashingThe iMark 1575 Immunowash offers fully automated washing of 96-well microplates, providing consistent and reproducible results for immunoassays. Its integrated LCD digital display and programmable software allow users to set up to 20 wash protocols tailored to specific needs. The manifold supports multiple well types and washing patterns, streamlining routine lab tasks and minimizing manual errors, making it suitable for high-throughput environments.
Enhanced Safety and Efficiency FeaturesWith built-in liquid level detection and overflow protection, the iMark 1575 prioritizes both user safety and operational integrity. Its efficient internal water pressure management and low residual volume per well (<3 l) prevent cross-contamination. Lab professionals benefit from automated cycle measurements, quiet operation, and the capacity to link the washer with other instruments, optimizing workflow without compromising quality or safety.
FAQ's of BioRad iMark 1575 Immunowash Microplate Washer:
Q: How can the BioRad iMark 1575 Immunowash be programmed for multiple protocols?
A: The BioRad iMark 1575 allows users to create and store up to 20 wash protocols through its internal programmable software. Users can set parameters such as wash cycles, soak times, and dispense volumes using the intuitive LCD digital display, facilitating quick setup and recall for routine or specialized washing procedures.
Q: What plate types are supported by the Immunowash Microplate Washer?
A: This microplate washer is compatible with flat, round, or V-bottom microwell plates, specifically designed for 96-well formats. Its adjustable manifold ensures optimal washing performance across different plate configurations commonly used in immunoassays and related applications.
Q: When should I use programmable soak times and multiple wash cycles?
A: Programmable soak times and multiple wash cycles are beneficial for enhancing assay performance in protocols that require thorough washing to remove unbound substances. Customize these settings for assays with higher background or when stringent washing is needed to assure reproducible and sensitive results.
Q: Where can the iMark 1575 be installed in a laboratory?
A: The iMark 1575 is a portable, benchtop device measuring 31 x 37 x 14 cm. It can be conveniently placed on any laboratory workbench with access to AC mains power (100-240 V). It does not require wall mounting or external plumbing, making installation flexible across various lab settings.
Q: What are the main benefits of using this microplate washer in immunoassays?
A: Utilizing the iMark 1575 ensures thorough, reproducible washing of microplates, which is vital for minimizing background noise and enhancing the sensitivity of immunoassay results. Automated operation saves time, reduces manual errors, and ensures consistency across large sample batches.
Q: How does the device enhance laboratory safety during operation?
A: Safety is enhanced through liquid level detection and overflow protection sensors, which prevent spills and ensure the system operates within safe parameters. These features safeguard both the user and the laboratory environment during routine washing tasks.
Q: What makes operating the iMark 1575 simple and efficient for users?
A: Operation is streamlined by its user-friendly LCD digital display, adjustable settings, fully automated operation, and low maintenance needs. Real-time operation feedback, quiet performance, and the ability to synchronize with other lab machines further contribute to its user appeal.