Stirred
Stirred thermostatic baths and heating circulators - OptimaTM series
Grants Stirred Thermostatic Baths and Circulators
The Grant OptimaTM series of stirred thermostatic baths and heating circulators is a cost-effective range of multi-purpose systems combining Grant's legendary quality and reliability to provide precise temperature control for a wide range of laboratory applications.
Alternatively, you can make up your own system by combining any of the four Grant OptimaTM digital thermostats with any of eight Grant tanks (five stainless steel and three plastic) to arrive at a choice of 32 models. Please check the quick reference table for an overview of the temperature range of each combination.
Choose from:
the GD100 series with digital control, 0º to 100°C - the DG120 series with digital control and integral pump, -15º to 120°C
- the GR150 series with digital control, integral pump and enhanced programming features, -15º to 150°C
- the GP200 series with digital control, enhanced integral pump and sophisticated programming
features, -15º to 200°C
Combining Grant's highly acclaimed Optima Thermostats with high quality, robust plastic (P) or stainless steel (S) tanks, Grant stirred baths provide the following features and benefits:
- Accurate and safe temperature control - for samples and users Intuitive programming and thoughtful design features - makes working with Grant stirred baths and circulators easy.
- Robust, durable construction - for longevity, reliability and long-term low cost of ownership.
- A complete range - 32 models to cover basic through to sophisticated needs, each model represents excellent value for money.
Applications
Grant stirred baths and circulators provide a source of precision heating and cooling for many routine and sensitive analytical procedures. They are suitable for use as both open and closed loop circulators (i.e. remote vessel open or closed). Alternatively, the Grant FH series of flow heaters (closed circulators) can be used. For more powerful heating requirements, e.g. i.e. above +200ºC, see High temperature baths or contact for advice.