Looking for an Improved Alternative to a Woodward valve?
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Welcome to Domin
Domin’s servo valve range represents the pinnacle of hydraulic efficiency and precision. Combining cutting-edge technology with compact design, our valves offer unparalleled performance without compromise. Delivering world-class precision, reduced downtime, and considerable energy savings, Domin valves are the optimal choice for motion control applications.
Upgrade Your Current Valves
Domin Alternatives
27A50F – 0M
S4 Pro
27A50F – 1E
S4 Pro
27A50F – 2F
S4 Pro
27A50F – 3D
S4 Pro
27A50F – 4K
S4 Pro
27B50F – 1A
S4 Pro; S6 Pro
27B50F – 2B
S4 Pro; S6 Pro
27B50F – 3C
S4 Pro; S6 Pro
27B50F – 4D
S4 Pro; S6 Pro
27B50F – 5E
S4 Pro; S6 Pro
27B50F – 6F
S4 Pro; S6 Pro
27C20F – 3B
S6 Pro
27C20F – 4D
S6 Pro
27C20F – 5K
S6 Pro
27E50F – 3B
S6 Pro X; S10 Pro
27E50F – 4A
S6 Pro X; S10 Pro
27E50F – 5C
S6 Pro X; S10 Pro
27G50F – 1E
S10 Pro
27G50F – 3F
S10 Pro
27G50F – 5F
S10 Pro
27G50F – 9F
S10 Pro
Domin vs Woodward
30% Lighter
40% Higher flow
120% Higher bandwidth
80% Lower Hysteresis
10% Smaller
Configure and Buy your Perfect
Servo Proportional Valve
S10 Pro
The Domin S10 Pro is a single-stage servo proportional valve which combines high flow, excellent dynamics, strong chip shear, and low power consumption. The S10 Pro has been designed to sustain high bandwidth operation at exceptional flows without significant limitation of operating pressures or duty cycles.
S6 Pro X
The Domin S6 Pro X servo proportional valve builds upon the benefits of the S6 Pro. Notably, the S6 Pro X is available in two versions: voltage-controlled and current-controlled, providing greater flexibility in its application.
S6 Pro
The Domin S6 Pro servo proportional valve has been designed to achieve the best characteristics from two competing valve technologies: fluid amplified electrohydraulic valves and proportional valves.
S4 Pro
The S4 Pro valves are lightweight, high-performance directional flow control valves. Suited to applications requiring superior performance, dynamics and reliability expected of a proportional valve in an ultra-compact package.
