ArmMotus EMU
ArmMotus EMU is a powered upper-limb rehabilitation exoskeleton from Fourier Intelligence with force-feedback training.
Product Overview
Fourier’s official product page describes ArmMotus EMU as a rehabilitation system using a cable-driven mechanism and lightweight carbon-fiber rods to improve compliance in human-machine interaction. The page highlights force feedback, sitting/standing configurations and adaptive arm training.
Positioning & Buyer Fit
ArmMotus EMU fits the medical / rehabilitation segment for arm support and upper-limb rehabilitation.
Best suited for buyers or researchers evaluating powered arm exoskeleton solutions for upper-limb rehabilitation.
Use Case & Product Classification
Powered Arm exoskeleton
- Cable-driven mechanism
- parallel carbon-fiber rod structure
- force-feedback technology
- sitting and standing training configurations
Product Highlights & Manufacturer Claims
- Cable-driven mechanism
- Carbon-fiber rods
- Force feedback
- Adaptive training configurations
Reported performance or product claims
Manufacturer reports force-feedback training, reduced friction/inertia and multiple upper-limb training configurations.
These claims are based on manufacturer or public-source information and should be verified with the supplier before purchase, deployment or procurement decisions.
Review clinical indication, regulatory status, training workflow and local service/support before procurement or deployment use.
Official source checked: https://fftai.com/products-armmotus-emu. Source title: ArmMotus EMU. Specs and claims are retained only where visible in official/public source evidence; blank spec fields mean no reliable value was captured.
Pricing & Commercial Access
Contact manufacturer for current pricing
Quote-Based
Quote Based
Not specified
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