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Lightnin MagMixer MBI

Lightnin MagMixer MBI is a Lightnin sanitary magnetic mixer supplied by AxFlow for pharmaceutical, biotechnology, food and other high-purity process vessels. It is relevant when product integrity and cleanability require magnetic torque transmission without a conventional top-entry shaft seal. Request a quote for Lightnin MagMixer MBI from AxFlow.

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Product features

  • Magnetic torque transmission → Avoids a conventional shaft seal through the vessel
  • Sanitary construction → Supports hygienic processing
  • In-tank impeller → Provides direct mixing within the vessel
  • Cleanable design → Supports validated cleaning regimes
  • High-purity process suitability → Fits pharmaceutical and biotech duties
  • Low contamination-risk architecture → Reduces seal-related product exposure
  • Multiple MBI sizes → Allows selection for different vessel duties
  • Application-specific impellers → Matches circulation and shear requirements
  • Serviceable bearing system → Supports planned maintenance
  • AxFlow selection support → Helps match magnetic mixer configuration to process conditions

Product description

Lightnin MagMixer MBI is used in pharmaceutical, biotechnology, food and other high-purity process vessels when product integrity and cleanability require magnetic torque transmission without a conventional top-entry shaft seal. For engineers, buyers and maintenance teams, the key question is not only mixer power but whether the selected drive, shaft, impeller and mounting arrangement will create the required circulation, shear, suspension or dispersion in the actual vessel.

The product is built around a sanitary magnetic-drive mixer with an in-tank impeller and bearing arrangement intended for cleanable process vessels and aseptic-oriented duties. This construction allows the mixer to be configured around vessel geometry, fluid properties, duty cycle and the process objective instead of treating all mixing duties as the same application.

The current Lightnin portfolio continues to include MagMixer MBI as a SanStar sanitary magnetic mixer, with configurations selected according to vessel size, viscosity, cleaning regime and required mixing duty. These verified characteristics should be used together with tank dimensions, liquid density and viscosity, solids or gas loading, operating temperature and required batch result when selecting the final configuration. AxFlow can help check the duty and identify the correct Lightnin configuration.

Removing a conventional shaft penetration can reduce seal-related contamination risk and simplify hygienic maintenance, while correct bearing and impeller selection supports predictable service life. Correct selection also supports predictable spare-parts planning and reduces the risk of downtime caused by under-sized mechanical components or an impeller that does not match the process. Contact AxFlow for product selection, service support and a quote for Lightnin MagMixer MBI.


Performance

Max Viscosity
1000 cP

Certificates

Cert-image

CE Marking

Cert-image

ISO 9001

Lightnin MagMixer MBI is used for pharmaceutical, biotechnology, food and other high-purity process vessels. Suitability depends on the vessel, media and required mixing result. AxFlow can help review the duty before selection.
Selection should consider vessel dimensions, liquid density and viscosity, solids or gas loading, operating temperature, duty cycle and the required flow or shear pattern. Drive power alone is not enough to define mixer performance. AxFlow can help identify the appropriate configuration.
The impeller should be selected according to the process objective, such as blending, suspension, gas dispersion, flocculation or high-viscosity circulation. Different Lightnin impellers create different flow and shear characteristics. AxFlow can help match the impeller to the vessel and medium.
AxFlow supports Lightnin service and spare-parts discussions for installed equipment. The required parts depend on the exact mixer serial number, drive, shaft, seal and impeller configuration. Providing the equipment details helps identify the correct service solution.
Replacement should be based on the actual duty rather than only the existing motor power or mounting dimensions. Tank geometry, process conditions, shaft length, impeller duty and structural loads must be checked before a replacement is selected. AxFlow can help assess a suitable Lightnin replacement or upgrade path.
UAB AxFlow