Digital Hotplate Magnetic Stirrers KMS/DH/S

Features:

Separateness temperature sensor protection temperature can be set.
Temperature sensors for heat transfer fluid and medium available (PT1000).
High accuracy of heating temperature controlling and the control of safe temperature.
Hotplate with stainless steel surface or porcelain enamel surface with excellent chemical resistance.
2 adjustable safety circuits
Warning display indicating presence of any residual heat when the unit is switched off.

Specification
Kiparma Model	KMS/DH/S
Max. stirring capacity (L) :	20
Stirring point position quantity :	1
Speed Range (rpm) :	100 to 1500
Temperature Range (◦C) :	RT – 340
Work Plate Material :	Stainless steel
Dimension of Work Plate (mm) :	135
Consumption (W) :	550
External Size (W×H×D) (mm) :	280×160×185

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Features & Compatibility

Unlock Precision and Efficiency with Digital Hotplate Magnetic Stirrers KMS/DH/S

In the dynamic world of laboratory research, precision and versatility are key. Digital Hotplate Magnetic Stirrers KMS/DH/S provide an innovative solution for heating and mixing applications, offering precise control and reliable performance. Whether in chemistry, biology, or industrial settings, these devices are essential for ensuring consistent and reproducible results. Discover the unique features, benefits, and diverse applications of Digital Hotplate Magnetic Stirrers.

What is a Digital Hotplate Magnetic Stirrer?

A Digital Hotplate Magnetic Stirrer is a multifunctional laboratory device that combines the capabilities of a hotplate and a magnetic stirrer. It allows for simultaneous heating and stirring of liquids, providing a streamlined and efficient solution for various laboratory tasks. The digital interface offers precise control over temperature and stirring speed, enhancing accuracy and reproducibility in experiments.

Key Features

Precise Digital Control: Advanced digital interfaces enable accurate adjustment of temperature and stirring speed, ensuring consistent results.
LED Display: Clear, easy-to-read displays provide real-time monitoring of temperature and stirring speed, enhancing user convenience.
Variable Speed and Temperature Settings: Wide range of settings to accommodate different types of solutions and experimental requirements.
Durable Construction: High-quality materials, such as stainless steel and robust plastics, ensure long-lasting performance and reliability in harsh laboratory environments.
Safety Features: Built-in safety mechanisms, such as over-temperature protection and secure locking systems, ensure safe operation.

Benefits of Using Digital Hotplate Magnetic Stirrers

Enhanced Precision: Digital controls provide superior accuracy in setting and maintaining temperature and stirring parameters, essential for reproducible experiments.
Increased Efficiency: Combined heating and stirring functionalities reduce the need for multiple devices, saving time and improving workflow efficiency.
Versatility: Suitable for a wide range of applications, from simple solution heating and mixing to complex chemical reactions, making them a versatile tool in any lab.
User-Friendly Operation: Intuitive interfaces and programmable features reduce the learning curve and enhance usability for all lab personnel.
Reliability: Robust construction and consistent performance ensure long-term reliability and reduced maintenance needs.

Applications of Digital Hotplate Magnetic Stirrers

Chemical Research: Ideal for precise heating and mixing of chemical solutions, reaction mixtures, and compounds, facilitating accurate and reproducible results.
Biology and Biochemistry: Used for heating and mixing cell cultures, buffers, and other biological samples, ensuring homogeneity and consistency.
Pharmaceutical Development: Essential for the preparation of drug formulations, suspensions, and other pharmaceutical applications requiring precise heating and mixing.
Industrial Applications: Employed in the mixing and heating of paints, coatings, and other industrial solutions, ensuring consistent product quality.
Educational Laboratories: Perfect for teaching environments, allowing students to perform experiments with reliable and easy-to-use equipment.

Choosing the Right Digital Hotplate Magnetic Stirrer

When selecting a Digital Hotplate Magnetic Stirrer, consider factors such as the required heating capacity, stirring speed range, durability, and specific application needs. Reviewing product specifications and consulting with manufacturers can help you choose the best device to meet your laboratory’s requirements.

Conclusion

Digital Hotplate Magnetic Stirrers are indispensable tools for any laboratory requiring precise and efficient heating and mixing. Their advanced digital controls, robust construction, and versatile applications make them a top choice for professionals seeking reliable and high-performance laboratory equipment. Investing in a Digital Hotplate Magnetic Stirrer ensures optimal results, enhancing the accuracy and efficiency of your lab work.

For expert advice on selecting the best Digital Hotplate Magnetic Stirrer for your needs, contact our specialists today.