Incubating Cooling Thermal Shakers

The Eppendorf ThermoMixer C combines unique mixing performance with excellent temperature control to consistently guarantee complete, dependable and reproducible test results. Improve your assay results by mixing and incubating samples at the same time.Excellent mixing performance due to unique 2DMix-Control technologyPrevent condensation and improve temperature homogeneity with the new ThermoTopErgonomic designEppendorf QuickRelease™ Technology for fast and simple block exchange of Eppendorf SmartBlocks™Highest flexibility thanks to broad choice of exchangeable SmartBlocks™Heating, mixing and cooling of all common tubes and microplates with a volume range of 5µl to 50mlNow you can control the temperature of your samples with ease: The ThermoTop, with unique condensation protection technology, reliably prevents condensation formation on the tube lid and wall. It also improves temperature homogeneity. The Eppendorf ThermoTop does not have a cable connection. It is detected by the device as soon as it is positioned, via inductive signal transmission, and thermo-regulation starts automatically. The sample temperature is not affected: optimal sample protection with optimal reaction conditions produce optimal results.

The LLG-uniTHERMIX pro is ideal for shaking and temperature control of a variety of tubes or plates (depending on the block used). With its high temperarture uniformity, fast heating rate and excellent mixing results the LLG-uniTHERMIX pro is perfect for the incubation of samples of any kind, in particular for Life Science applications, e.g. Enzyme reactions, transformations, denaturation of DNA and RNA. The heating blocks are magnetically attached to the LLG-uniTHERMIX pro and do not have to be screwed down.Easy and quick change of heating blocks due to magnetic fasteningPrecise temperature control systemTemperatures up to 100 °CTemperature accuracy of ± 0.5 °C (20 ... 45 °C)Efficient mixing up to 1500 rpm (depending on the heating block)Up to 9 storable programsMany block options availableAutomatic block recognitionLLG-uniTHERMIX 1 pro: with shaking and heating function, Temperature range: RT + 5 °C ... approx. 100 °CLLG-uniTHERMIX 2 pro: with shaking, cooling and heating function, Temperature range: 15 °C below RT ... approx. 100 °CBlocks must be ordered separately.Scope of supply: thermal shaker, 4 suction feetSpecificationsTemperature rangeLLG-uniTHERMIX 1 pro: LLG-uniTHERMIX 2 pro:RT + 5 °C ... approx. 100 °C 15 °C below RT ... approx. 100 °CTemperature control:±0.5 °C (at 20 ... 45 °C)Uniformity:±0.5 °C (at 20 ... 45 °C)Max. heating rate:5.5 °C/minMax. cooling rate (LLG-uniTHERMIX 2 pro only): Electrical heating/cooling power:5 °C/min (100 °C ... RT) 0.5 °C/min (below RT) 200 WSpeed range:300 ... 1500 rpmOrbit:3 mmDisplay: Programs: Timer:LCD 6 stages, 9 programs 1 ... 99 hours or continuousCapacity:1 exchangeable blockDimensions (W x D x H):200 x 235 x 120 mmWeight:7.3 kgPower supply:220 ... 240 V, 50/60 HzWarranty:3 years

Flexibility has never been this easy. Eppendorf offers a variety of SmartBlocks™ for tubes from 0.5 ml to 50 ml.Fast and simple block exchange due to Eppendorf Quick ReleaseOptimized block design guarantees maximum temperature transfer to the sample

The AccuTherm is a temperature controlled mixer that uses peltier technology to rapidly heat and cool precious samples. The combination of heating/cooling with mixing makes the AccuTherm ideal for many life science research applications in the fields of molecular biology, biochemistry and clinical chemistry. It's compact footprint incorporates an intuitive control panel with a large multicolor display, which allows users to easily program and view temperature, time and speed settings. Eight interchangeable aluminum blocks accommodate PCR plates and tubes ranging in size from 0.2ml to 15ml.SpecificationsTemperature operation range:Amb. -14°C to +100°CTemperature adjustable range:0°C to +105°CAccuracy/resolution:±0.5°C / 0.5°CMax. heating time:6.5°C / minMax. cooling time:1.5°C / minShaking frequency:300 to 1500rpmOrbit:3mmDimensions (W x D x H):330 x 166 x 240mmCapacity:1 exchangeable block*Weight:8.5kgElectrical heating/cooling power:150WPower supply:230V, 50/60Hz*Exchangeable blocks are not included in delivery.

By 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.temperature range: +5 to 100 °Cuniformity at 37 °C: ± 0.1°Cshaking speed: 250rpm to 1400 rpmtimed shaking operation: 1 min to 96 hours rapid heat-upcontinuous or timed operation, with alarm buzzer and automatic switch-off facilityincl. interchangeable blockmixing and incubation phases are combined reducing reaction processing timesScope of supply: Thermoshaker with one block as indicated. Further blocks on request.

To simplify lab routines. Whether work with regularly 0.5, 1.5 or 2.0 ml reaction vessels or plates (MTP and DWP) - the customized systems from Eppendorf offer the perfect solution for special applications. The devices combine precise heating and mixing with the highest stability, even at maximum mixing frequency. Mixing and incubation steps can be performed independently.For 24 reaction vessels or one microplate/deepwell plateEfficient mixing thanks to 2DMix-Control and anti-spill technologySimple and intuitive operation using predefined temperature keys (37 °C, 42 °C, 56 °C and 95 °C)Improved temperature homogeneity with the new ThermoTop

*with lid

Variable speed, variable temperature heating and cooling thermoshaker with a choice of blocks for microtubes and microplates. The PCMT can cool down to 15°C below ambient temperature.Fast heat-up and cooling timesTemperature setting range +4°C to +100°CTemperature control range 15°C below ambient to +100°CShaking speed: 250 to 1400 rpmTemperature uniformity at 37°C: ±0.1°CChoice of 5 interchangable blocksorbit 2mmBlock is required and not included in delivery. Please order separately.Applications:Genetic analyses, extraction of DNA, RNA and further sample preparationBiochemical studies of enzymatic reactions and processesExtraction of metabolites from cellular material