The MCHybrid 30* is a unique dosing concept that combines two technologies into one system: batch blending and in-line dosing.

The main materials or regrinds are mixed in an extreme compact gravimetric batch blender. Because the system only blends the main materials, the blending speed is high and therefore the batch blender remains small.

The additives are dosed gravimetrically in-line, directly on the throat of the injection molding machine or extruder.

By using these two blending and dosing technologies in one machine, you are able to control the main materials in any given ratio and at the same time dose additives at low percentages with unequalled accuracy.

The MCHybrid 30 truly offers the best of two worlds. Experience it yourself by seeing this 3D animation:

* patent pending

If requested, the blender itself can also be used without the in-line blending units. In that case the capacity and the accuracy will reduce compared to the MCHybrid concept.

The MCHybrid 30 is also available in a specially developped regrind version: the MCHybrid 30R-series. Interested in this special regrind version of the MCHybrid 30? Inform with our dosing specialists.

Features MCHybrid 30

• Fully gravimetric
• 8” full color touch screen with user-friendly interface
• Able to store up to 1,000 recipes
• Capacity max. 350 kg/h
• Removable and spill-free hoppers
• 2-4 main components and max. 14 in-line additives
• Extremely compact
• Able to handle powders and liquids in one system
• Quick and easy change of additives
• 100% control of all your materials
• Industry 4.0 ready

Benefits MCHybrid 30

• Compact design
  When only the main components are batch blended, a high capacity can be achieved with a relatively small gravimetric hybrid batch blender system.
• Different materials handled
  The in-line dosing of the additives allows easy color change plus the option to use additives that cannot be handled with a regular batch blender, such as powders or liquids.
• Extremely accurate
  As the additives are dosed in-line, no segregation can take place which prevents color variations.