The high performance Grant Optima™ TX150 and TXF200 heating circulator together with the dedicated Grant Labwise™ software form a powerful combination, which makes set-up, monitoring and data logging straightforward.
Labwise™ also features real-time status windows, a graphic display of the circulators performance as a program is run, and allows data to be logged for future recall and analysis.Labwise™ set-up features
Robust, high precision temperature-controlled stirred bath specifically designed for use in dairy laboratories, with sufficient depth to allow immersion of Gerber butyrometers. Also suitable for general laboratory applications where a deeper tank is required.The bath has space for three purpose designed racks, each with the capacity to hold 12 butyrometers.
Ambient +5°C to 95°C 0.5°C setting resolution Keypad lock Drain tap Transparent lid 120V & 230V models available
are compact, efficient and highly versatile thermoshakers, ideal for applications requiring microtube and microplate heating and shaking and suitable for use in cold rooms and incubators (operating temperature range 4 to 40ºC). It is effectively three instruments in one: a microtube and microplate thermoshaker a compact benchtop incubator without shaking a microtube shaker without temperature control
FeaturesBy combining the mixing operation with the incubation phase, reaction process times and operator workload are reduced and efficiency of many procedures is increased, resulting in a higher throughput.Available with blocks accommodating;
Versatile mid-range model with digital thermostatic control unit and stainless steel tank and a comprehensive specification to suit most applications for high precision temperature control.Grant TC120 series systems combine the versatile Grant Optima™ TC120 digital heating circulator with a choice of three economy plastic (P) tanks or five stainless steel (ST) tanks with different capacities. The Grant TC120 heating circulator incorporates Intelligent Control Optimisation™(ICO) for adaptive intelligent PID temperature control and includes a powerful integral pump, making TC120 systems suitable both for immersing samples and circulating temperature controlled fluid to external devices. It includes a convenient timer function for reaction timing and a variable high temperature alarm setting. The temperature range and heater power are automatically limited according to the liquid type selected. Simple-to-use rotor plus two keys provide access to the interactive interface for fast, accurate set-up Clear 4-digit display for instant reassurance - easy to read from a distance Visual and audible alarms alert you when your attention is required Operating setpoint plus 3 adjustable preset temperatures for convenience User calibration facility for optimum accuracy at the required operating temperature Integral pump - max. flow rate 16L/min Low liquid protection by float switch User adjustable overtemperature cut-out protects your samples and your workplace Maximum cooling/heating range (dependent on tank size): ambient +5 to 99ºC with plastic (P) tank, or -15* to 120ºC with stainless steel (ST) tank Stability ± 0.05ºC Note: *Accessory cooling is required for operation at or below ambient temperature Note: Alternatively, the Grant Optima TC120 heating circulator can also be used to regulate the temperature in vessels other than Grant tanks. Such vessels must have vertical sides and a maximum wall thickness of 35 mm for rectangular tanks, 30 mm for circular tanks (300 mm diameter) and a capacity of up to 50 litres. The control unit is attached to other vessels by means of a clamp. Applications Heated circulating baths 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 Grant high temperature baths or contact Grant for advice.
XUB range of digitally controlled benchtop ultrasonic baths offer consistent and reliable performance in a variety of environments such as laboratory, scientific and healthcare. Incorporating frequency LEAP technology to ensure uniform levels of ultrasonic activity throughout the fluid, these baths offer vastly improved performance giving a more accurate and precise ultrasonic process. Frequency LEAP technology provides more homogeneous ultrasonic activity throughout the tank, reducing dead spots and standing waves Heated ambient +5ºC to 70ºCSD port allows easy validation tracking between XUB series and PC. Improved software memory logs cleaning parameters allowing easy cycle repeatability and easy traceability of cycle number, time, temperature and sonics validation LCD Display - easy to use digital LCD control panel with user - settable parameters to suit individual requirements. Intelligent software remembers last cycle cleaning setting and accurate fluid level sensors to ensure bath is not under-filled prior to or during the cycle Accurate process control of time, temperature, ultrasonic activity, degas and power Stainless steel basket - designed specifically to generate maximum ultrasonic activity, prevent items resting on the tank and prevent operators coming into contact with chemical solutions. Included as standard. Ergonomic ABS plastic lid - reduces noise volume and minimises potential of aerosol escape. Included as standard. Lid and basket form a drip collection unit, minimising flow of contaminated liquid once cycle is finished Drain valve for convenient emptying Stainless steel basket, ergonomic lid, SD card and one bottle of M2 ultrasonic solution included as standard A choice of 5 sizes Applications Healthcare/Clinical - the first stage of the decontamination process for reusable surgical instruments in dental, podiatry and general practice settings General use - glass, equipment, component cleaning, sonication of cytometer nozzles, dispersion and solubilisation Laboratories - cleaning of components, degassing fluids, mixing fluids and compounds, cell disruption, fluid dissolution Industrial - light manufacturing Biopharm - dissolution of samples