Test and Simulation Performance
With Domin Valves

Empowering the Test and Simulation Industry with Speed, and Repeatable Results.

Domin’s servo valves are engineered to deliver exceptional performance in the demanding test and simulation environment. With advanced design techniques and meticulous manufacturing processes, these valves excel in providing precise and controlled fluid power, ensuring accurate measurement and testing outcomes.

Domin’s servo valves are optimised to meet the industry’s need for speed and force control. By leveraging cutting-edge technologies and materials, these valves enable rapid response times, facilitating high-speed testing and simulations. They also offer outstanding force control capabilities, allowing for precise control and replication of real-world scenarios.

S4 Pro Web
Rated Flow (0.5-18 l/min)

The world’s smallest direct drive valve, delivering precise control in robotics, motorsport and compact industrial systems.
S6 Pro
Rated Flow (5-63 l/min)

The benchmark Domin valve, combining high power density, low leakage and proven reliability for manufacturing, test rigs and automation.
S10 Pro web

S10 Pro

Rated Flow (50-250 l/min)

The most efficient direct drive valve for high-flow applications, sustaining 250 lpm with proven reliability and reduced energy use.

S12 Pro

Rated Flow (250-660 l/min)

Compact and powerful, the S12 Pro brings trusted Domin performance to high-flow, high-power systems such as presses, turbines and test rigs.
Rated Flow 5-40 l/min

The P6 Pro is a compact servo proportional valve designed for precise control in smaller and mid-sized industrial systems.

P10 Pro

Rated Flow 40-160 l/min

The P10 Pro is a high flow servo proportional valve engineered for demanding heavy duty applications.

P12 Pro

Rated Flow 160-580 l/min

Compact and powerful, the P12 Pro simplifies commissioning and supports stable long-term operation in presses, processing lines and large automation platforms.

Enhancing Tyre Testing Accuracy With Domin Valves

DTSquare embarked on a project aimed at evaluating drive components subjected to multifaceted forces – rotational, axial, and lateral. This test bench aimed to evaluate drive components subjected to complex combinations of forces. Central to its operation was the integration of high-performance servo valves provided by Domin.

Test and Simulation Innovation: Elevating Test Bench Dynamics

DTSquare embarked on a project aimed at evaluating drive components subjected to multifaceted forces – rotational, axial, and lateral. This test bench aimed to evaluate drive components subjected to complex combinations of forces. Central to its operation was the integration of high-performance servo valves provided by Domin.

Supporting Applications Throughout Testing

Automotive

Automotive

  • Crash Testing
  • Durability Testing
  • Suspension Testing
  • Brake System Testing

Aerospace

Aerospace

  • Structural Testing
  • Landing Gear Testing
  • Flight Control System Testing

Materials Testing

Materials Testing

  • Load Testing
  • Fatigue Testing
  • Impact Testing
  • Thermo-Mechanical Testing

Energy

Energy

Renewable Energy Testing
  • Wind Turbine Testing
  • Hydraulic Energy Storage Testing
Oil and Gas Industry Testing
  • Pressure Testing
  • Blowout Preventer (BOP) Testing

Latest Posts

Learn More About Domin

Hydraulic Components in Ship Engine Rooms: What Engineers Need to Consider

For the engineer specifying hydraulic components for a ship engine room, performance has to hold up inside an enclosed space with elevated ambient temperatures, persistent humidity, constant vibration, and heat coming from surrounding equipment.
Hydraulic Components in Ship Engine Rooms: What Engineers Need to Consider

Reducing Weight, Leakage and Waste in Aerospace

Aerospace hydraulics has lived with the same trade-offs for decades. This article explores how reducing weight and leakage can improve efficiency at a system level, without compromising the control and reliability critical applications depend on.
Reducing Weight, Leakage and Waste in Aerospace

Injection Moulding: Better Control, Less Waste

See how advanced hydraulic control helps injection moulding manufacturers improve part consistency, reduce waste and keep production running reliably.
Injection Moulding: Better Control, Less Waste

Hydraulic Components in Ship Engine Rooms: What Engineers Need to Consider

For the engineer specifying hydraulic components for a ship engine room, performance has to hold up inside an enclosed space with elevated ambient temperatures, persistent humidity, constant vibration, and heat coming from surrounding equipment.
Hydraulic Components in Ship Engine Rooms: What Engineers Need to Consider

Reducing Weight, Leakage and Waste in Aerospace

Aerospace hydraulics has lived with the same trade-offs for decades. This article explores how reducing weight and leakage can improve efficiency at a system level, without compromising the control and reliability critical applications depend on.
Reducing Weight, Leakage and Waste in Aerospace

Hydraulic Components in Ship Engine Rooms: What Engineers Need to Consider

For the engineer specifying hydraulic components for a ship engine room, performance has to hold up inside an enclosed space with elevated ambient temperatures, persistent humidity, constant vibration, and heat coming from surrounding equipment.
Hydraulic Components in Ship Engine Rooms: What Engineers Need to Consider

Increased Efficiency, Repeatability & Performance.

More Efficiency

Considerable annual energy savings from reducing hydraulic power consumption, which removes 1 tonne of CO2 emissions.

More Performance

Get power density, dynamic performance and reliability that sets new standards compared to existing alternatives already on the market.

More Accuracy

The low hysteresis of Domin valves ensures high accuracy of movement in both directions, as well as low null shift and threshold.

Drop-in Replacement

Designed on popular industry standard port patterns, meaning easy integration into existing hydraulic systems.

Our Products

Explore Our Range of
Servo Proportional Valves

S4 Pro Web
Rated Flow (0.5-18 l/min)

The world’s smallest direct drive valve, delivering precise control in robotics, motorsport and compact industrial systems.
S6 Pro
Rated Flow (5-63 l/min)

The benchmark Domin valve, combining high power density, low leakage and proven reliability for manufacturing, test rigs and automation.
S10 Pro web

S10 Pro

Rated Flow (50-250 l/min)

The most efficient direct drive valve for high-flow applications, sustaining 250 lpm with proven reliability and reduced energy use.

S12 Pro

Rated Flow (250-660 l/min)

Compact and powerful, the S12 Pro brings trusted Domin performance to high-flow, high-power systems such as presses, turbines and test rigs.
Rated Flow 5-40 l/min

The P6 Pro is a compact servo proportional valve designed for precise control in smaller and mid-sized industrial systems.

P10 Pro

Rated Flow 40-160 l/min

The P10 Pro is a high flow servo proportional valve engineered for demanding heavy duty applications.

P12 Pro

Rated Flow 160-580 l/min

Compact and powerful, the P12 Pro simplifies commissioning and supports stable long-term operation in presses, processing lines and large automation platforms.