6DOF MOTION SYSTEMS

SANLAB's 6DOF motion systems, with payload capacities ranging from 50 kg to 14,000 kg, are designed to meet the precision and reliability needs of various high-tech applications and industries. These platforms are ideal for use in test systems and as real-time simulation tables.

Image of a 6DOF motion simulator used for testing platforms.

SMOTION50-E6D
(Outdoor Option)

Gross Moving Payload : 50 kg
Surge: -0.16m, 0.18m | ±0.50m/s, ±5.0m/s²
Sway: -0.15m 0.15m | ±0.5m/s, ±5.0m/s²
Heave: -0.13m, 0.12m | ±0.5m/s, ±6.0m/s²
Roll: -23.00°, 23.00° | ±50°/s, ±400°/s²
Pitch: -22.50°, 23.80° | ±50°/s, ±400°/s²
Yaw: -28.80°, 28.80° | ±50°/s, ±500°/s²
SM100

SMOTION100-E6D

Gross Moving Payload : 100 kg
Surge: -0.16m, 0.18m | ±0.50m/s, ±5.0m/s²
Sway: -0.15m 0.15m | ±0.5m/s, ±5.0m/s²
Heave: -0.13m, 0.12m | ±0.5m/s, ±6.0m/s²
Roll: -23.00°, 23.00° | ±50°/s, ±400°/s²
Pitch: -22.50°, 23.80° | ±50°/s, ±400°/s²
Yaw: -28.80°, 28.80° | ±50°/s, ±500°/s²
SM100

SMOTION200-E6D

Gross Moving Payload : 200 kg
Surge: -0.16m, 0.18m | ±0.50m/s, ±5.0m/s²
Sway: -0.15m 0.15m | ±0.5m/s, ±5.0m/s²
Heave: -0.13m, 0.12m | ±0.5m/s, ±6.0m/s²
Roll: -23.00°, 23.00° | ±50°/s, ±400°/s²
Pitch: -22.50°, 23.80° | ±50°/s, ±400°/s²
Yaw: -28.80°, 28.80° | ±50°/s, ±500°/s²
6dof simulation tables up to 1800 kg capacity

SMOTION500-E6D

Gross Moving Payload : 500 kg
Surge: -0.22m, 0.24m | ±0.45m/s, ±5.5m/s²
Sway: -0.22m, 0.22m | ±0.45m/s, ±5.5m/s²
Heave: -0.20m, 0.19m | ±0.35m/s, ±6.0m/s²
Roll: -21.00°, 21.00° | ±40°/s, ±450°/s²
Pitch: -20.00°, 20.00° | ±40°/s, ±450°/s²
Yaw: -22.00°, 22.00° | ±50°/s, ±500°/s²
SM800

SMOTION800-E6D

Gross Moving Payload : 800 kg
Surge: -0.22m, 0.24m | ±0.55m/s, ±6.0m/s²
Sway: -0.22m, 0.22m | ±0.55m/s, ±6.0m/s²
Heave: -0.20m, 0.19m | ±0.40m/s, ±7.0m/s²
Roll: -21.00°, 21.00° | ±35°/s, ±500°/s²
Pitch: -20.00°, 22.00° | ±35°/s, ±500°/s²
Yaw: -22.00°, 22.00° | ±45°/s, ±550°/s²
SM800

SMOTION1000-E6D

Gross Moving Payload : 1000 kg
Surge: -0.22m, 0.24m | ±0.55m/s, ±6.0m/s²
Sway: -0.22m, 0.22m | ±0.55m/s, ±6.0m/s²
Heave: -0.20m, 0.19m | ±0.45m/s, ±7.0m/s²
Roll: -22.00°, 22.00° | ±35°/s, ±500°/s²
Pitch: -21.00°, 22.00° | ±35°/s, ±500°/s²
Yaw: -23.00°, 23.00° | ±45°/s, ±550°/s²
SM1800 pr

SMOTION1500-E6D

Gross Moving Payload : 1500 kg
Surge: -0.42m, 0.53m | ±0.80m/s, ±7.0m/s²
Sway: -0.43m 0.43m | ±0.80m/s, ±7.0m/s²
Heave: -0.40m, 0.35m | ±0.75m/s, ±9.0m/s²
Roll: -20.60°, 20.60° | ±52°/s, ±300°/s²
Pitch: -20.20°, 21.10° | ±52°/s, ±300°/s²
Yaw: -24.00°, 24.00° | ±60°/s, ±400°/s²
SM1800 ms

SMOTION1800-E6D

Gross Moving Payload : 1800 kg
Surge: -0.42m, 0.53m | ±0.80m/s, ±7.0m/s²
Sway: -0.43m, 0.43m | ±0.80m/s, ±7.0m/s²
Heave: -0.40m, 0.35m | ±0.70m/s, ±9.0m/s²
Roll: -20.60°, 20.60° | ±50°/s, ±300°/s²
Pitch: -20.20°, 21.10° | ±50°/s, ±300°/s²
Yaw: -24.00°, 24.00° | ±55°/s, ±400°/s²
SM2500 pr

SMOTION2500-E6D
(Outdoor Option)

Gross Moving Payload : 2500 kg
Surge: -0.52m, 0.61m | ±0.80m/s, ±7.0m/s²
Sway: -0.51m, 0.51m | ±0.80m/s, ±7.0m/s²
Heave: -0.48m, 0.42m | ±0.70m/s, ±10.0m/s²
Roll: -23.08°, 23.08° | ±50°/s, ±200°/s²
Pitch: -22.64°, 24.34° | ±50°/s, ±200°/s²
Yaw: -27.06°, 27.06° | ±50°/s, ±300°/s²
6dof Motion Platforms up to 3000 kg capacity

SMOTION3000-E6D

Gross Moving Payload : 3000 kg
Surge: -0.42m, 0.53m | ±0.80m/s, ±7.2m/s²
Sway: -0.43m, 0.43m | ±0.80 m/s, ±7.2m/s²
Heave: -0.40m, 0.35m | ±0.70 m/s, ±9.0 m/s²
Roll: -20.60°, 20.60° | ±50°/s, ±220°/s²
Pitch: -20.20°, 21.20° | ±50°/s, ±220°/s²
Yaw: -24.00°, 24.00° | ±55°/s, ±330°/s²
motion base systems

SMOTION3500-E6D

Gross Moving Payload : 3500 kg
Surge: -0.42m, 0.53m | ±0.80m/s, ±7.0m/s²
Sway: -0.43m, 0.43m | ±0.80m/s, ±7.0m/s²
Heave: -0.40m, 0.35m | ±0.70m/s, ±9.0m/s²
Roll: -20.60°, 20.60° | ±45°/s, ±200°/s²
Pitch: -20.20°, 21.10° | ±47°/s, ±300°/s²
Yaw: -24.00°, 24.00° | ±52°/s, ±300°/s²
6dof motion systems

SMOTION4000-E6D

Gross Moving Payload : 4000 kg
Surge: -0.42m, 0.53m | ±0.75m/s, ±7.0m/s²
Sway: -0.43m, 0.43m | ±0.75m/s, ±7.0m/s²
Heave: -0.40m, 0.35m | ±0.62m/s, ±7.0m/s²
Roll: -20.60°, 20.60° | ±40°/s, ±200°/s²
Pitch: -20.20°, 21.20° | ±40°/s, ±200°/s²
Yaw: -24.00°, 24.00° | ±50°/s, ±300°/s²
sm8000 14000

SMOTION8000-E6D

Gross Moving Payload : 8000 kg
Surge: -0.81m, 0.91m | ±0.60m/s, ±6.0m/s²
Sway: -0.78m, 0.78m | ±0.60 m/s, ±6.0m/s²
Heave: -0.67m, 0.61m | ±0.50 m/s, ±8.0 m/s²
Roll: -21.60°, 21.60° | ±23°/s, ±130°/s²
Pitch: -21.30°, 22.10° | ±23°/s, ±130°/s²
Yaw: -26.30°, 26.30° | ±25°/s, ±160°/s²
motion platform for 10 tons

SMOTION10000-E6D

Gross Moving Payload : 10000 kg
Surge: -0.81m, 0.91m | ±0.60m/s, ±6.0m/s²
Sway: -0.78m, 0.78m | ±0.60 m/s, ±6.0m/s²
Heave: -0.67m, 0.61m | ±0.50 m/s, ±8.0 m/s²
Roll: -21.60°, 21.60° | ±23°/s, ±130°/s²
Pitch: -21.30°, 22.10° | ±23°/s, ±130°/s²
Yaw: -26.30°, 26.30° | ±25°/s, ±160°/s²
Exterior view of motion platform with support up to 8 tons

SMOTION14000-E6D

Gross Moving Payload : 14000 kg
Surge: -0.75m, 0.75m | ±0.70m/s, ±7.0m/s²
Sway: -0.74m, 0.74m | ±0.70 m/s, ±7.0m/s²
Heave: -0.64m, 0.61m | ±0.60 m/s, ±8.0 m/s²
Roll: -23.00°, 23.00° | ±23°/s, ±160°/s²
Pitch: -23.00°, 24.00° | ±23°/s, ±160°/s²
Yaw: -26.00°, 26.00° | ±26°/s, ±160°/s²

6-axis motion systems are precision, versatile machines that are used for testing systems and simulators. These platforms can move an object in 6 different axes: X, Y, Z, roll, pitch, and yaw. This makes them ideal for a variety of applications, such as:

• Testing new products and technologies

• Creating simulations

• Training and education

Technical drawing of Motion Platforms.

Advantages of 6DOF Motion Systems

6dof motion systems offer a number of advantages, including:

High precision: 6dof motion systems can move an object in very small increments. This is important for accurate testing and simulation. For example, when testing a car's suspension system, the platform can be used to simulate small bumps and vibrations that the car would encounter on real roads.

Versatility: 6dof motion systems can move an object in 6 different axes. This makes them suitable for a wide range of applications. For example, to simulate the launch of a spacecraft, the platform can be used to push the spacecraft upward and then place it into orbit.

Durability: 6dof motion systems are designed to withstand harsh environments. For example, in the testing of a military vehicle, the platform can withstand the shocks and impacts that the vehicle would encounter in combat conditions.

Enhanced safety: 6dof motion systems can be used to train operators in dangerous or hazardous environments without putting them at risk. For example, a 6-axis motion platform can be used to train a forklift operator how to operate a forklift safely in a warehouse environment.

Improved efficiency: 6dof motion systems can be used to test and optimize manufacturing processes and assembly lines. This can lead to improved efficiency and reduced costs.

Enhanced product quality: 6dof motion systems can be used to test products under real-world conditions. This can help to identify and eliminate potential defects, resulting in higher quality products.

Reduced downtime: 6dof motion systems can be used to predict and prevent equipment failures. This can help to reduce downtime and improve productivity.

Increased innovation: 6dof motion systems can be used to prototype and test new products and technologies in a safe and controlled environment. This can help to accelerate the innovation process.

Applications of 6DOF Motion Systems

6dof motion systems are used in a variety of applications, including:

• Automotive: 6dof motion systems are widely used in the testing of new vehicles and technologies. For example, to test a car's suspension system, the platform can be used to simulate small bumps and vibrations that the car would encounter on real roads.

• Aerospace: 6dof motion systems are also used in the testing of spacecraft and systems. For example, to simulate the launch of a spacecraft, the platform can be used to push the spacecraft upward and then place it into orbit.

6dof Motion Platforms up to 3000 kg capacity

• Defense: 6dof motion systems are also used in the testing of defense systems. For example, to test the firepower of a tank, the platform can be used to fire the tank's cannon at a real target.

• Medical: 6dof motion systems are also used in the testing of medical devices and procedures. For example, to simulate a heart surgery, the platform can move the heart in the same way that it would be moved in a real surgery.

• Industrial: 6dof motion systems are also used in the testing of industrial machines and systems. For example, to test the performance of a robot, the platform can move the robot in the same way that it would encounter in a real manufacturing environment.

Established in 2009, SANLAB is a pioneer in its sector and offers unique solutions in the field of Real Time Robotic Applications. 

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