Dished End

When mixing smaller volumes, the vessel becomes more narrow and with a normal design where the mixer is placed on the side of the bottom and the outlet in the middle. The manufacturing of the vessel becomes challenging and involves a high risk of warpage during welding of the components into the bottom dish.

The location of the mixer is limited, and often the mixer cannot be placed in the optimal position meaning the best mixing performance cannot be achieved. All the different materials and welding need to be recorded and documented during validation.

  • All-in-one: pre-defined optimal design, reducing engineering time.
  • Enabling small tank installation otherwise is not possible: due to the off-center outlet location, the mixer can be put in the optimal location for the best mixing performance.
  • All of the risky weldings are completely eliminated: the entire Dished End is manufactured from a single block of material.
  • The need for validation and documentation is reduced thanks to the use of a single raw material.
  • Mixing performance is optimized by combining the correct mixer, mixer location, and vessel design ensuring reliable and predictable performance

ZG2 - ZG all-in-one

Integrate the high-efficiency mixing performance of the Zero-g platform into a single dish, free of welding with a high aseptic design and optimal location of the mixer for the best result.

ZG2 & Flange - Combining two applications

By combining the high shear or high power with the Zero-g platforms, a multifunction system is achieved. This product allows for combining high shear applications with normal mixing.

Flange - Offers flexibility between platforms

The flange version provides a flexible solution for medium and high shear applications and accommodates both the high shear and high power platforms.

Truelev - Low shear premium innovation

The astonishing Truelev mixer provides a completely unique performance perfect for your low shear application. The mixing system can be run on minimal volumes, ensuring minimal product loss.