From motion to flow
“From Motion to Flow” embodies this evolution. It reflects the convergence of mechatronics and fluidtronics, where actuation is no longer an end in itself but becomes the enabler of controlled, high-performance flow management. By combining precision motion technologies with advanced fluid control, we unlock new levels of efficiency, responsiveness, and integration.
EXV (Expansion Valve)
Definition & Performance
Flat stepper motor coupled to Worm Gear + Lead Screw
Smart actuator w/ LIN (or non-smart)
High force density (From 20N to 350N)
Very High Resolution (<0.005 mm) and Accuracy
Sensor option
Value proposition
Compatible with different refrigerants
(R134A, R1234YF, R744, R290…)
Reduced motor size/BoM
High integration factor and modularity (Line-up)
Leakage proof (isolated stator with cap)
Low power consumption (<0.5A)
Low noise
Coolant Valve
Definition & Performance
Flat BLDC/stepper motor coupled to spur geartrain
Smart actuator w/ LIN (or non-smart)
Self-calibration and Stall detection algorithm
Absolute Output Position Sensor option
(trough-shaft possible) – 360° stroke
Flexible Design from 0 to 5Nm – 3 to 15 RPM
Value proposition
High quality & robustness
Design flexibility and modularity (Line-up)
High precision for efficient flow regulation
Silent operation
Electric Linear Valve
Definition & Performance
Force density (8 bars tight)
12 or 24V variants
Direct drive actuator
Patented shock absorbing Solution
Unipolar powering
Patented shock absorbing Solution
Value proposition
High compactness
Lightweight
Low noise (damper incl.)
High dynamic
Fast Motion (<10 ms)
Excellent cleaning efficiency (glycol + air)
