The status quo: Stirring with a high risk of contamination
In practice, agitators are often lifted out of containers manually - frequently by two operators. Product residues drip off in an uncontrolled manner, attachments are removed individually and stored temporarily, and floors, containers and the working environment become dirty.
The consequences:
- High cleaning effort
- Long changeover times
- Unnecessary product losses
- Low acceptance of the stirring station in the production environment
It is not without reason that stirring processes are often „hidden“ - far away from central work areas.
Clean working requires a well thought-out design
A clean mixing process does not start with cleaning, but with the right system design. Instead of individual, loosely assembled components, a stand agitator with integrated superstructures offers decisive advantages.
All process-relevant elements are compactly combined on the lid and are lifted together - controlled, clean and without dripping.
The PTM solution: agitator with lift and integrated functions
With the agitator with lifting system from PTM mechatronics GmbH, cleanliness, ergonomics, and efficiency take center stage: AT PTM mechatronics GmbH the focus is on cleanliness, ergonomics and efficiency:
- agitator
- Level measurement
- Suction lance
- Return line
- Pump etc.
Everything is firmly integrated and moved together. No separate lifting of individual components, no uncontrolled dripping, no additional soiling.
Practical example: Clean solution for Tubex
This concept was consistently implemented in a customized solution for Tubex:
- Stainless steel base plate under the stand - easy to clean, no dirt traps
- Lifting system that lifts the agitator and all superstructures together
- Flexible design for hobbocks and 200-liter drums thanks to a design increase
- Rotating superstructures on the lid:
Level measurement and pump can be swiveled outwards to cover different container formats - Double diaphragm pump as the ideal solution for paints:
Easy to clean, robust and designed for high viscosities
The result: significantly less soiling, shorter changeover times and an agitating process that can also be easily positioned in central production areas.