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Thermo Shaker KTS/C/100

Features:

Stability of maintaining the set temperature in a wide range throughout the block surface of thermo-shakers.
With the help of the temperature calibration function, the user can calibrate the unit approximately ±6% of the selected temperature to compensate differences in the thermal behavior of tubes from different manufacturers.

Specification
Kiparma Model	KTS/C/100
Temperature setting range (◦C) :	4 to 100
Temperature setting resolution (◦C) :	0.1
Orbit (mm) :	2
Speed control range (rpm) :	250 to 1400
Maximum continuous operation time (h) :	96
External Size (W×D×H) (mm) :	220×240×130
External power supply :	Input AC 100–240 V 50/60 Hz, Output DC 12 V

Option Block:

No.	Micro tubes (pcs)	Tube’s Volume ml
1	20 & 12	0.5 & 1.5
2	20 & 12	0.2 & 1.5
3	24	2
4	24	1.5
5	96-well unskirted or semi-skirted microplate (0.2 ml) for PCR or 12 × 8–0.2ml strips or 96 tubes of 0.2 ml.

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Features & Compatibility

Thermo Shaker: Precision Mixing with Temperature Control for Reliable Laboratory Results

A Thermo Shaker KTS/C/100 is a versatile laboratory device designed to perform simultaneous shaking and temperature control of samples. It is commonly used in biological, chemical, and clinical laboratories for processes such as DNA/RNA extraction, protein denaturation, enzyme reactions, and cell culturing. The ability to precisely regulate both the temperature and shaking motion ensures reproducible and reliable results, making it an indispensable tool for many experimental procedures.

What is a Thermo Shaker?

A Thermo Shaker combines heating, cooling, and shaking in one compact instrument. The shaking motion, coupled with precise temperature control, allows for uniform mixing and temperature distribution across all samples. This device is used in various fields, including molecular biology, chemistry, and pharmacology, and can handle a range of sample types, from microplates to tubes and flasks.

Key Features of a Thermo Shaker

Accurate Temperature Control: Thermo shakers offer precise temperature regulation, typically ranging from +4°C to +100°C, allowing users to perform both heating and cooling applications.
Variable Speed Shaking: These instruments feature adjustable shaking speeds, from gentle mixing to vigorous agitation, ensuring consistent sample agitation for a variety of applications.
Multiple Platform Compatibility: Most thermo shakers are compatible with various interchangeable platforms, accommodating different sample containers like microplates, centrifuge tubes, and microtubes.
Digital Display and Programming: With user-friendly interfaces and digital displays, users can easily program time, temperature, and shaking speed for precise control over their experimental conditions.
Uniform Heating/Cooling: The use of advanced heating and cooling technology ensures even temperature distribution across all samples, reducing the risk of temperature gradients.
Compact and Durable Design: Many thermo shakers are compact for easy placement on laboratory benches and are constructed with durable materials to withstand rigorous daily use.
Safety Features: Equipped with safety features such as over-temperature protection, lid lock during operation, and automatic shutdown after cycles, these devices ensure both user and sample safety.

Applications of a Thermo Shaker

Thermo shakers are used across a wide range of scientific disciplines, offering versatile functionality for a variety of tasks:

Molecular Biology: Thermo shakers are widely used for nucleic acid purification, DNA/RNA extraction, and enzyme incubation due to their ability to precisely control temperature and mixing speed.
Clinical Diagnostics: In clinical laboratories, thermo shakers assist in processes such as sample preparation for diagnostic tests, blood clotting analysis, and serum protein denaturation.
Microbiology: Ideal for cell culturing and bacterial growth where uniform shaking and temperature control are essential for maintaining the optimal environment for microorganisms.
Pharmaceutical Research: Pharmaceutical labs use thermo shakers for drug solubility testing, protein crystallization, and chemical compound reactions to ensure accurate results.
Food and Beverage Industry: Used for enzyme assays and food safety testing, thermo shakers help ensure that products meet industry standards.

Benefits of Using a Thermo Shaker

Precision and Consistency: The ability to control temperature and shaking parameters with high precision ensures reliable results across multiple experiments and eliminates the risk of variation.
Versatile Applications: Thermo shakers can be used for a wide range of tasks, making them a versatile tool in any laboratory. Whether heating, cooling, or shaking, the device covers numerous experimental needs.
Time and Labor Efficiency: Combining heating, cooling, and shaking in one instrument streamlines workflows, allowing researchers to focus on more critical tasks while the device takes care of the process.
Compact and Space-Saving: With its compact design, a thermo shaker can fit easily into even small laboratories, saving valuable bench space without sacrificing functionality.
Safety and User-Friendly: Built-in safety features such as temperature monitoring and automated shutdown not only protect samples but also make the device safe and easy to use.

How to Choose the Right Thermo Shaker

When selecting a Thermo Shaker, several key factors need to be considered to ensure you choose the best model for your specific needs:

Temperature Range: Depending on your applications, it’s essential to choose a thermo shaker with the appropriate temperature range. Models with both heating and cooling capabilities offer greater versatility.
Shaking Speed Range: For experiments requiring different agitation intensities, opt for a model with a wide shaking speed range, from gentle mixing to vigorous shaking.
Platform Compatibility: Ensure the thermo shaker is compatible with your specific sample containers. Look for interchangeable platforms that can accommodate a range of tubes, plates, or flasks.
User Interface: A digital interface with programmable settings for time, temperature, and speed is crucial for convenience and precision. Consider models with preset programs for common applications.
Safety Features: For safe operation, choose a thermo shaker equipped with over-temperature protection, lid lock mechanisms, and automatic shutdown after a cycle is completed.

Industries that Benefit from Thermo Shakers

Thermo shakers are essential in a variety of industries, providing accurate and efficient mixing and temperature control:

Biotechnology: Used for enzymatic reactions, DNA/RNA extraction, and protein studies.
Pharmaceuticals: Provides precise environmental control for drug development and chemical reactions.
Food and Beverage: Utilized in enzyme activity assays, quality control, and safety testing.
Environmental Testing: Employed in sample preparation for environmental assays and microbial culture studies.

Conclusion

A Thermo Shaker is an indispensable tool for laboratories requiring simultaneous heating, cooling, and shaking capabilities. Whether you work in molecular biology, clinical diagnostics, or chemical research, the precision and versatility of a thermo shaker can streamline your workflows, ensure reliable results, and enhance experimental efficiency.