Intelligent Solutions
for Industrial
Our Solutions
Moving Industrial Forward
As the world moves towards electrification and sustainable movement, the use of energy and control of motion becomes ever more critical.
Our technology offers class-leading performance in a highly compact package, making it the clear choice for motion control applications across industrial manufacturing.
Next-generation design
Enabled by Ground-breaking Technology
- Ultra-compact electrical motor and pump unit.
- Sophisticated hydro-pneumatic circuit using additive manufacturing
- High-speed control of multi-function valves
- High-speed digital motor control
Setting New Standards in Power Density
and Dynamic Performance and Without Compromise
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Increase reliability
Get less down time with no first stage, all small blockage prone features are removed
More contamination resistance
With a more powerful motor, the high torque electric motor gives great resistance to chip shear events. Intelligent onboard electronics can detect chip shear events and shut valve to avoid damage.
Reduced Costs
Reduce maintenance cost by being fatigue proof; all valves are cycled to 5250psi for 1 million cycle pre-shipping and are designed and built to last.
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Improved performance
Advanced electronics give precise and accurate closed-loop control and modern spool sensing technology.
Increased productivity
Fast steps responses of 3ms compared with competitors of over 8ms, high flow rates, and high frequency response.
Great Repeatability
Low hysteresis that give high accurate movement in both directions, low threshold, and low null shift.
Select hotspot to see more information
Select hotspot to see more information
Flexible
Easy to interchange these units with affordable assembly kits available to minimise system changes. These include female connectors and adaptor plates.
Lower servicing costs
With no high-pressure seals, no filters, fewer components, simpler assembly, and environmental sealing.
Energy Savings
Considerable annual energy savings with elimination of quiescent leakage from the pilot stage, reduced hydraulic power consumption, reduced CO2 consumption by 1 ton annually when replacing a two-stage with a DDV, and 1 tonne of CO2 required 2500 kWh of energy.
Select hotspot to see more information
Select hotspot to see more information
Increase reliability
Get less down time with no first stage, all small blockage prone features are removed
More contamination resistance
With a more powerful motor, the high torque electric motor gives great resistance to chip shear events. Intelligent onboard electronics can detect chip shear events and shut valve to avoid damage.
Reduced Costs
Reduce maintenance cost by being fatigue proof; all valves are cycled to 5250psi for 1 million cycle pre-shipping and are designed and built to last.
Select hotspot to see more information
Select hotspot to see more information
Improved performance
Advanced electronics give precise and accurate closed-loop control and modern spool sensing technology.
Increased productivity
Fast steps responses of 3ms compared with competitors of over 8ms, high flow rates, and high frequency response.
Great Repeatability
Low hysteresis that give high accurate movement in both directions, low threshold, and low null shift.
Select hotspot to see more information
Select hotspot to see more information
Flexible
Easy to interchange these units with affordable assembly kits available to minimise system changes. These include female connectors and adaptor plates.
Lower servicing costs
With no high-pressure seals, no filters, fewer components, simpler assembly, and environmental sealing.
Energy Savings
Considerable annual energy savings with elimination of quiescent leakage from the pilot stage, reduced hydraulic power consumption, reduced CO2 consumption by 1 ton annually when replacing a two-stage with a DDV, and 1 tonne of CO2 required 2500 kWh of energy.
Select hotspot to see more information
Increased Reliability, Performance & Profitability
More Efficiency
Reduce hydraulic power consumption.
More Power
Reduce weight by hundreds of kgs.
More Precision
Reduced waste.
More Control
Lower hysteresis.
More Speed
Less bandwidth.
More Performance
Reduced costs.
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.
Sales Manager, Peerless Engineering
Head of R&D, PYTHEAS Technology
Vice President, The Servo Group
Technical Manager, Careful Hydraulics and Electronics
To Give You Significant
Cost Savings
Our novel design for hydraulic systems will revolutionise the way that energy is used in industrial and commercial applications.
By reducing energy waste by 95% companies could save $400 of energy costs per year per valve, enabling significant cost savings for industrial operations.
