The Perkin Elmer EnVision Multilabel Plate Reader is a powerful and versatile benchtop system that combines the sensitivity of a filter-based system with the flexibility of a monochromator. It offers seamless switching between detection technologies, enhancing hit-to-lead ratios for various applications. 

Available in two models—EnVision Xcite and the dual-detector EnVision—it features modular optical mirror modules, high-energy flash lamps, and high-speed detectors. Ideal for high throughput and lower throughput applications, the EnVision ensures fast, sensitive, and accurate measurements, easily integrating into robotic systems and accommodating microplates from 1- to 3456-wells.

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Question & Answers For:

Perkin Elmer EnVision

Past Questions, Helpful Answers.

q.

What is the Perkin Elmer EnVision used for?

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The Perkin Elmer EnVision is used for high-throughput screening and research applications that require sensitive and flexible measurement capabilities, such as biochemical and cell-based assays.

 

q.

What detection technologies does the EnVision support?

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The EnVision supports multiple detection technologies, including fluorescence intensity, luminescence, absorbance, fluorescence polarization, and time-resolved fluorescence (TRF).

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Can the EnVision handle a variety of microplate formats?

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Yes, the EnVision is compatible with microplates ranging from 1-well to 3456-well formats.

 

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What are the differences between the EnVision Xcite and the dual-detector EnVision models?

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The EnVision Xcite is designed for applications requiring a single-detector system, while the dual-detector model is optimized for higher throughput and simultaneous measurement capabilities.

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How does the EnVision integrate into automated workflows?

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The EnVision can easily integrate into robotic systems, supporting automated workflows for high-throughput laboratories.

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What makes the EnVision suitable for high-throughput applications?

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Its high-speed detectors, high-energy flash lamps, and modular optical mirror modules make it ideal for fast and accurate measurements in high-throughput environments.

q.

Does the EnVision require manual switching between detection modes?

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No, the EnVision offers seamless switching between detection modes, enhancing ease of use and workflow efficiency.

q.

Is the EnVision capable of handling both high and low throughput applications?

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Yes, the system is versatile and well-suited for both high-throughput and lower-throughput applications.

q.

What are the advantages of using a filter-based and monochromator system in the EnVision?

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The filter-based system provides high sensitivity, while the monochromator offers flexibility in selecting wavelengths, making the system versatile for diverse applications.

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How does the EnVision ensure measurement accuracy?

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The system combines advanced optical components with high-speed detectors to deliver sensitive and precise results across different detection modes.