High payload hexapod

Nos hexapodes à forte capacité de charge utile

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High payload hexapods for precision positioning

SYMETRIE high payload hexapods deliver exceptional micrometric precision, capable of positioning components weighing up to several tons. Their rigid parallel architecture ensures perfect stability, repeatable trajectories, and optimal control, even under heavy loads.

Designed for demanding industries such as space, astronomy, synchrotrons, R&D, and energy, these hexapods allow the reliable alignment, calibration, and positioning of critical instruments and heavy components, providing a unique solution that combines precision, robustness, and repeatability.

SIRIUS
Strong precision hexapod system

Precision positioning hexapod : SIRIUS

Strong precision hexapod system for high-resolution adjustment of objects up to 1000 kg in the optical, space and aerospace.

Resolution: 5 µm
Linear travel: ± 150 mm
Angular travel: ± 20°
Centered position size: 750 mm
Max. load: 1 000 kg

KUBAN
Hexapod positioner heavy loads

Hexapod positioner heavy loads designed for positioning and adjusting elements with 1.5 µrad resolution.

Resolution: 0.2 µm
Linear travel: ± 25 mm
Angular travel: ± 10°
Centered position size: 600 mm
Max. load: 500 kg

JORAN
High precision hexapod for heavy loads

Precision positioning hexapod : JORAN

High precision hexapod for heavy loads designed for positioning and adjusting components up to 1500 kg with 0.5 µrad resolution.

Resolution: 0.1 µm
Linear travel: ± 65 mm
Angular travel: ± 10°
Centered position size: 800 mm
Max. load: 1500 kg

High payload hexapods for motion simulation

SYMETRIE high-capacity hexapods not only provide precision positioning but also enable the simulation of complex dynamic movements. They can handle loads of several tens of tons while offering high accelerations, fast speeds, and large linear and angular amplitudes.

Ideal for industries such as defense, naval, aerospace, R&D, and energy, they allow the testing, reproduction, or real-time simulation of precise movements, including those recorded via inertial measurement systems, providing a complete solution for the validation, calibration, and experimentation of critical systems under demanding dynamic conditions.

Mistral
High paylaod hexapod for motion simulation

Precision positioning hexapod : JORAN

Large hexapod motion simulator for reproduce trajectories of land, naval, or air vehicles. Testing sensors, SATCOM antennas, electro-optics systems…

Load: 500 kg or 1,000 kg
Linear travel: ± 465 mm
Angular travel: ± 30
Speed: ± 1,000 mm/s
Centered position size: 1.4 m or 1.8 m

SIROCCO
Hexapod motion simulator with high load capacity

Precision positioning hexapod : SIROCCO

With a payload capacity of up to 2 tonnes and an acceleration of up to 6000 mm/s², this hexapod can be used to study the movement of liquids, simulate a vehicle, …

Load: 2,000 kg
Linear travel: ± 600 mm
Angular travel: ± 40
Speed: ± 2,500 mm/s
Size in centered position: 2.8 m

AQUILON
High travel range hexapod with high load capacity

With 6 tonnes of load capacity, this hexapod can also be combined with a measuring hexapod to monitor the movements of the actuators and the moving platform.

Load: 6,000 kg
Linear travel: ± 800 mm
Angular travel: ± 40
Speed: ± 2,000 mm/s
Size in centered position: 3.2 m

Symétrie, hexapod expert for 25 years

Our precision positioning experts are here to answer your technical questions and help you choose the solution best suited to your application.

FAQ

The hexapod can perform combined movements across its six degrees of freedom: three translations (X, Y, Z) and three rotations (Rx, Ry, Rz). This flexibility allows for complex adjustments that would be impossible with conventional guidance systems.

Our hexapods achieve resolutions of around 0.1 µm for linear motion and a few microradians for rotational motion. Repeatability is one of our key strengths, ensuring the accuracy of every positioning operation.

We use high-performance materials such as anodised aerospace-grade aluminium, stainless steel and components specifically designed for demanding environments (vacuum, cleanroom, non-magnetic).

Absolutely. We provide function libraries (SDKs) compatible with LabVIEW, C++ and Python, as well as specific interfaces for research environments such as EPICS and TANGO.

Safety and reliability are at the heart of our design. The software features configurable travel limits, virtual collision detection and hardware safety features to protect your equipment and samples.

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Positioning Hexapods
Motion Hexapods