Tecan Sunrise Microplate Reader

• Used for quantifying biological, chemical, or physical events in microtiter plates.
• Commonly employed in drug discovery for high-throughput screening.
• Utilised in academic research for cell viability assays, ELISA, and nucleic acid quantification.
• Applied in clinical diagnostics for various immunological tests.
• Found in biotechnology for protein quantification and enzyme kinetics studies.

Plate formats

Typically supports 96-well and 384-well microplates; some units may support 6- to 1536-well formats.

Detection modes

Commonly includes absorbance (e.g., UV/Vis); some models may offer fluorescence or luminescence.

Wavelength range

Typically covers a range such as 230 nm to 1000 nm, depending on the detection mode and filters/monochromator.

Measurement speed

For a 96-well plate, reading times are commonly in the order of seconds to minutes, depending on the mode and settings.

Temperature control

Many units feature integrated temperature control, typically ambient +5°C up to 42°C or 50°C.

Power supply

Commonly operates on standard laboratory power, typically 100-240 V AC, 50/60 Hz.

Software interface

Typically controlled via dedicated software for instrument operation, data acquisition, and analysis.

• What types of assays can a Tecan Sunrise Microplate Reader perform?

  A Tecan Sunrise Microplate Reader is primarily designed for absorbance-based assays, including ELISA, protein quantification (e.g., Bradford, BCA), cell proliferation, and enzyme kinetics. Its capabilities depend on the specific filters or monochromator installed.

• Is this unit suitable for high-throughput screening?

• What maintenance is typically required for a microplate reader?

• Can this reader be integrated with robotic systems?

• What software is typically used with a Tecan Sunrise Microplate Reader?

Microplate readers remain essential laboratory instruments valued for their reliability and consistency in high-throughput screening applications. Buyers typically prioritise optical performance, wavelength range compatibility, and software functionality when evaluating used models. Key considerations include detector condition, calibration currency, and spare parts availability. The equipment generally performs well in pharmaceutical development, diagnostics, and research settings. Reputation centres on durability and cost-effectiveness, particularly when sourced from well-maintained laboratory environments with complete documentation.

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