Automatic tinting machine, equipped with progressive cavity pumps (PCP) dosing technology, protected by an international patent.

Suitable for a large point of sale, its module-based structure can be adapted to the needs of different users. It can be configured for combined gravimetric dosing, making it suitable for industrial use and/or to manage small factory productions.
The A950 version allows the management of color samples also by using PCP pumps (minimum dosing amount: 1/1000 fl. oz. (0.03 cc).


  • up to 8 circuits working simultaneously
  • colorants (flow rate up to 2.8 L/min)
  • minimum dosing amount 1/1000 fl. oz. (0.03 ml)
  • up to 32 canisters
  • canisters capacity: 5L – 9L – 22L
  • equipped with all PCP HF high flow pumps (0.7 L/min)
  • dosing samples available
  • easy-to-refill canisters
  • flexibility and modular configurations
  • recalibration NOT necessary
  • easy to maintain
  • automatic elevator




Suitable for

Water, universal and solvent based colorants

Dosing system

Volumetric, Gravimetric and


Number of circuits

Up to 32

Dosing principle

Progressive Cavity Pump High-Flow (PCP HF)

Canisters capacity

3-5-9-22 Litres

Maximum flow rate

0,7 L/min (data influenced by the viscosity of the colourants)

Average precision

+/-1% (data influenced by the viscosity of the colourants)

Minimum dosing quantity

1/1000 fl. oz. (0,03 ml) (data influenced by the viscosity of the colourants)

Nozzles closing system

Automatic watertight humidifier cap

Can presence


Can positioning

Automatic elevator

Minimum can height

70 mm

Maximum can height

620 mm

Elevator vertical movement

300 mm

Maximum dimensions

According to the configuration and to the number of storage modules


According to the configuration and to the number of storage modules

Power supply

230/115 V AC    50/60 Hz

This site uses cookies to enhance your browsing experience. By clicking "Accept", you agree to the use of cookies. You can learn how to disable them by clicking "more information". more information

The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.