Eppendorf ThermoMixer C

• Used for controlled mixing and temperature control of samples in microtubes and PCR plates.
• Commonly applied in molecular biology for DNA/RNA denaturation and enzyme reactions.
• Utilised in biochemistry for protein denaturation and cell lysis.
• Found in microbiology for bacterial growth and enzyme kinetics studies.

Typical capacity

This model typically accommodates various interchangeable thermoblocks for different tube and plate formats, commonly 0.5 ml, 1.5 ml, 2.0 ml tubes, and PCR plates.

Temperature range

Units of this type commonly offer a temperature range from approximately 4°C above ambient to 99°C.

Mixing speed

Typically features a mixing speed range from 300 rpm to 3,000 rpm, depending on the block used.

Mixing orbit

For this class of equipment, the mixing orbit is commonly 3 mm.

Power supply

Commonly operates on standard laboratory power supplies, typically 230 V, 50/60 Hz for the UK market.

Footprint

Units of this type are designed for benchtop use, typically having a compact footprint suitable for laboratory environments.

• What types of samples can be processed?

  The Eppendorf ThermoMixer C is suitable for a wide range of biological and chemical samples requiring precise temperature control and mixing in small volumes, typically in microtubes or PCR plates.

• Are thermoblocks included or sold separately?

• What maintenance is typically required for this equipment?

• Can this unit cool samples below ambient temperature?

• Is this unit suitable for continuous operation?

Shakers and incubation mixers are valued for reliable sample preparation and culture growth across biotech and pharmaceutical settings. When buying used models, buyers prioritise consistent temperature control, speed accuracy, and platform stability. Industry sentiment favours machines from established manufacturers with robust build quality. Key strengths include straightforward operation, minimal maintenance requirements, and long operational lifespans. Buyers typically assess motor condition, calibration history, and overall structural integrity before purchase. These instruments remain dependable workhorses in laboratory environments when properly maintained.

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