Worldwide Expertise in Industrial Mixer & Agitator Design, Fabrication & Installation Since 1996


MixPro®'s leadership team is singularly focused on developing and delivering rugged, reliable and economical mixers that exceed the expectations of the customer in both performance and mechanical design.

Top Entry Mixers - GTW

Product Description

This MixPro® GTW line of top entry gear drive agitator provides a more cost effective alternative to typical helical geared units. The reducers utilize non-proprietary worm gearing, specifically designed for reliability and versatility in high production environments. The compact design of the worm reducer provides a low profile for installation into space-restricted environments. As with all MixPro®'s top entry equipment, the GTW series utilizes process matched wet ends for optimum agitation solutions.


Pulp & Paper

  • Stock Prep Systems
  • Recovery Systems
  • Coating Systems
  • Effluent Treatment


  • Precious Metals
    (gold & silver)
  • Base Metals
  • Effluent Treatment
  • Cyanide Destruct

Non-Metallic Minerals

  • Clay
  • Calcium Carbonate
  • Titanium Dioxide


  • Paints & Pigments
  • Edible Oil
  • Starch
  • Petro-Chemical
  • Alcohol Production
  • Building Products

Wastewater / Water Treatment

  • Flocculation
  • Chemical Blending
  • Flash Mixers

Features & Benefits

  • Agitator drive is comprised of a non-proprietary reducer utilizing worm gearing to provide a variety of output speeds.
  • The compact design of the reducer housing enables installation into space-restricted areas.
  • The worm drive has an inherently high shock load capacity over other forms of gearing.
  • Worm gearing provides for smoother operation than most alternative forms of gearing.
  • The agitator drive head is available in a variety of configurations, matched to the application (ie. flange mount, plate mount, with seal, without seal, etc.).
  • OSHA guarding provides increased safety.
  • Readily accessible lubrication lines and inspection points for optimal maintenance serviceability.