A homogenization valve design yields improved homogenization efficiency.

A characterizing feature of the invention is the symmetry of the homogenising operation in the homogenising chamber.

By extending the total length of the homogenization gap (7), a lower gap height h will be obtained.

The invention also concerns a homogenization process.

Consequently, a rate of homogenization can be increased, thereby reducing the required length of the complete homogenization system.

The process does not require a post-sintering homogenization step.

A further conventional homogenization step is then not required.

A method for shimming a magnetic field is disclosed.

The homogenization pressure determines the consistency of the resultant food product.

The machine has a flexible design where its has a construction and design, that combine the mixing and homogenizing process as well.

A homogenisation rotor (246) secured to the downstream end of the screw so as to rotate therewith is arranged in the homogenisation chamber (244).

The force required to move the homogenizing member is used to determine the solid fraction of the slurry and to stop the homogenizing process after a predetermined force is detected.

Said vapor outlet strips (11) are fitted with a simple labyrinth for homogenization of pressure.

Disclosed is a method for producing a device used for homogenizing light, said device comprising at least one substrate (1) with at least one optically functional area that is provided with a plurality of lens elements (2).

The method uses a single shim current to contribute to suppression of more than one geometrical component of an inhomogeneity in the magnetic field without changing the geometry of the shim path.