LVis Plate Reader Accessory

Mason Technology supplies the BMG LABTECH LVis Plate Reader Accessory for laboratories requiring fast, low-volume absorbance measurements on compatible plate readers.

The reusable plate combines micro-drop measurement positions with a cuvette slot, providing a flexible option for nucleic acid, protein and spectral measurements. It is particularly useful for laboratories where valuable samples are available only in small quantities.

The LVis Plate can help laboratories extend the capability of a compatible absorbance reader without adding a separate instrument for routine low-volume measurement.

LVis Plate Reader Accessory Key Features

• Low-volume plate designed for compatible BMG LABTECH readers
• Includes sixteen micro-drop measurement positions
• Suitable for low-volume DNA and RNA quantification
• Supports low-volume protein concentration measurements
• Designed for absorbance spectral scanning of small sample volumes
• Includes a horizontal slot for standard rectangular cuvettes
• Cuvette position supports full-spectrum measurements of individual samples
• Suitable for endpoint and kinetic absorbance workflows
• Physical support helps both left-handed and right-handed multichannel pipetting
• Easy-to-clean surface supports repeated laboratory use
• Optional performance testing features are available
• Can incorporate NIST-traceable optical density and holmium oxide filters
• Useful for performance checks on compatible spectrometer-based instruments

The LVis Plate provides a practical bridge between microvolume measurement and conventional plate reader workflows. Researchers can process multiple low-volume samples while retaining the option to work with a standard cuvette when required.

Mason Technology can help customers check reader compatibility and determine whether the LVis Plate suits their DNA, RNA, protein or quality control workflows.

Choose Mason Technology for the LVis Plate Reader Accessory in Ireland and add flexible low-volume measurement capability to your laboratory.