THERMOstar Plate Reader Accessory

Mason Technology supplies the BMG LABTECH THERMOstar Plate Reader Accessory for laboratories that require controlled microplate incubation and effective orbital mixing.

The THERMOstar is a dedicated microplate incubator and shaker designed to support enzyme and cell-based assays where reliable temperature conditions and consistent mixing are important. It accommodates up to four microplates, making it useful both alongside a plate reader and as part of a wider laboratory workflow.

It can also help laboratories keep plate reader capacity available for detection while incubation and shaking are completed separately.

THERMOstar Plate Reader Accessory Key Features

• High-performance microplate incubator and orbital shaker
• Accommodates up to four microplates simultaneously
• Suitable for enzyme assays requiring controlled incubation
• Supports cell-based assays requiring incubation or mixing
• Heating plates are positioned above and below the microplates
• Microprocessor-controlled heating supports accurate temperature regulation
• Provides controlled incubation at temperatures up to 56 °C
• Designed for temperature uniformity across the microplate
• Temperature variation is specified at less than 0.6 °C
• Programmable shaking speed supports different mixing requirements
• Programmable incubation time simplifies repeatable workflows
• Keypad provides direct access to operating settings
• LCD displays current operating parameters in real time
• Complements BMG LABTECH plate reader workflows

Controlled incubation and consistent mixing can be critical when assay performance depends on temperature, reaction time or homogenous sample preparation.

Mason Technology can help customers assess how the THERMOstar fits alongside their plate reader, microplates and wider assay workflow.

Choose Mason Technology for the THERMOstar Plate Reader Accessory in Ireland and benefit from specialist laboratory equipment knowledge, installation support and an experienced local partner for plate-based applications.