ZIMA piston cans are geometrically matched to existing filling systems from the industry's major players. No conversion. No new purchase. Compatible integration.
Bag-on-valve systems must be filled through the valve: both product and propellant pass through the valve opening — a multi-step, cycle-time-intensive process. The bag adhered to the valve also forms a mechanically critical point. When emptying, the bag folds: in the folds, product remains that cannot be dispensed — with highly viscous formulations and large fill volumes, this results in significantly reduced usable yield. The ZIMA piston decouples both processes: the product is filled directly into the product chamber, the drive chamber separately — fast, robust, and with nearly complete product emptying.
Compatible with PV valve systems and associated filling lines. Pre-validation of valve seat tolerances.
Integration into LINDAL dosing systems and filling lines. Tolerance validation for nozzle and valve geometry.
Compatible with Vervaline valves. Pre-validation of filling parameters.
Compatible with Kemp valves. Pre-validation of dosing parameters.
Compatible with Pamasol filling lines. Validation of product-propellant separation at high fill rates.
Verification of nozzle diameters and formats against the ZIMA system. Adjustment notes in case of deviations.
Verification of valve seat seal integrity at maximum pressure. Report for your quality control.
Setting of dose amount and frequency. Consistency over the entire batch length.
Testing the maximum fill rate without compromising product-propellant separation.
We validate compatibility before you place an order. No risk, no surprises.
Request compatibility check →