Lower-limb exoskeleton manufacturer for rehabilitation and mobility
RoboCT manufactures a portfolio of five lower-limb exoskeleton models (UGO, Kid GO, GOGO, Bedside Exoskeleton, DEUS) for medical institutions and individual users. The tech stack—ANSYS, MATLAB, SolidWorks, CATIA, EtherCAT, LabVIEW—reflects a hardware-first engineering organization focused on simulation, structural optimization, and real-time control. Current project work on topology optimization, finite element analysis, and ISO 13485 compliance signals a phase transition from product launch toward manufacturing scale and regulatory maturity.
Notable leadership hires: Finance Director
RoboCT is a medical device manufacturer based in Hangzhou, China, designing and producing lower-limb exoskeletons for rehabilitation and mobility applications. The product line spans five distinct models targeting different use cases: from pediatric (Kid GO) to clinical bedside (Bedside Exoskeleton) to consumer mobility (UGO, GOGO, DEUS). The 51–200-person operation is weighted toward engineering and manufacturing, with active work on supplier qualification, cost control, and on-time delivery—typical operational priorities for a hardware company scaling production. The organization is actively hiring across engineering and operations roles, though velocity has slowed in recent months.
RoboCT produces five lower-limb exoskeleton models: UGO, Kid GO, GOGO, Bedside Exoskeleton, and DEUS, each designed for distinct rehabilitation and mobility use cases across medical institutions and individual users.
RoboCT's stack includes ANSYS, MATLAB, SolidWorks, CATIA, Abaqus, HyperWorks, and LabVIEW for simulation, structural analysis, design, and real-time control of exoskeleton hardware.
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