2mag magnetic stirrer MIXdrive 12 MTP

Beschreibung

2mag magnetic stirrer MIXdrive 12 MTP

The 2mag magnetic stirrer MIXdrive 12 MTP is a high-performance magnetic stirrer that has been specially developed for demanding applications in laboratories and industrial environments. With its robust design and versatile application options, it is ideal for the simultaneous processing of multiple samples. The MIXdrive 12 MTP offers remarkable stirring capacity and precise control that sets it apart from other products on the market. Similar to the 2mag magnetic stirrer MIXdrive 24 MTP, it offers high flexibility and reliability.

Technical data and features

The 2mag magnetic stirrer MIXdrive 12 MTP is characterized by the following technical data and features:

• Stirring positions: 12
• Stirring point spacing: 26 mm
• Maximum stirring volume per stirring point: 7 ml
• Stirring power: 10 W
• Housing material: Stainless steel
• Permissible temperature range: -10 °C to +50 °C in air, +50 °C in water
• Operating voltage: Max. 48 VDC
• Protection class: IP68
• Dimensions (WxDxH): 140 x 102 x 26 mm
• Shipping weight (gross): Approx. 1.3 kg

Special features

• Stirring plate made of stainless steel or porcelain: The stirring plate is available in different materials to meet the specific requirements of the application.
• Robust design: The magnetic stirrer is designed for continuous use in demanding environments.
• Smooth-running motor: The motor ensures quiet and low-vibration operation.
• Strong magnetic field: Enables effective mixing even with viscous media.
• Digital display with illumination: For simple and precise control of the stirring parameters.
• Individual regulation of the stirring speed: Enables adaptation to the specific requirements of the application.
• Lock mode: Prevents unintentional changes to the settings.
• Microprocessor control: For precise and reliable control of the stirring parameters.
• Jog shuttle system: For simple and intuitive operation.
• Independent safety circuit: Ensures safe operation.
• Temperature sensor: For precise temperature monitoring.
• Rapid warm-up times: Ideal for applications that require a rapid temperature increase.

Certifications and standards

The 2mag magnetic stirrer MIXdrive 12 MTP is CE-certified and comes with Product Liability (PL) insurance. It is also supplied with a certificate of traceability, which guarantees compliance with high quality standards.

Application examples

The 2mag magnetic stirrer MIXdrive 12 MTP is ideal for a wide range of applications in laboratories and industrial environments:

• Chemical synthesis: perfect for processing multiple reaction batches simultaneously.
• Biotechnology: Ideal for the cultivation of microorganisms and cell cultures.
• Pharmaceutical research: Suitable for the production and analysis of active pharmaceutical ingredients.
• Food and beverage industry: For the production and analysis of food and beverages.
• Environmental analysis: For the analysis of environmental samples.

FAQs

How many samples can be stirred simultaneously?

The 2mag magnetic stirrer MIXdrive 12 MTP can stir up to 12 samples simultaneously, with each stirring point having a maximum volume of 7 ml.

Is the magnetic stirrer suitable for use in water?

Yes, the magnetic stirrer is suitable for use in water and can withstand temperatures of up to +50 °C in water.

What materials are available for the stirring plate?

The stirring plate is available in stainless steel or porcelain to meet the specific requirements of the application.

How is the stirring speed regulated?

The stirring speed can be regulated individually via the digital display and the jog shuttle system.

Conclusion

The 2mag magnetic stirrer MIXdrive 12 MTP is a versatile and powerful magnetic stirrer that is ideal for demanding applications in laboratories and industrial environments. With its numerous functions and robust design, it offers high flexibility and reliability. Similar products such as the 2mag magnetic stirrer MIXdrive 6 MTP and the 2mag magnetic stirrer bioMIXdrive 3 also offer excellent performance and can be a good alternative depending on specific requirements.