Bebionic is Ottobock’s advanced myoelectric hand that enables users to perform daily activities independently through precise and natural hand movements. With 14 grip patterns, it supports a wide range of tasks, from holding a cup and typing on a keyboard to picking up banknotes with accuracy. Its ergonomic design ensures a comfortable fit, while lightweight materials help reduce fatigue. Combining sleek aesthetics with powerful functionality, Bebionic is the ideal choice for modern users who value technological independence.

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InHandPlus was established in 2019. InHandPlus is developing an On-Device AI smartwatch and AI-based digital healthcare platform for personalized medication management. InHandPlus Medication Management Platform provides real-world data and evidence of medication adherence. InHand-Care platform improves medication adherence by more than 30%, and InHand-Watch analyzes medication behaviors with more than 99% accuracy. InHandPlus was selected for both global Merck and Bayer startup accelerating programs. InHandPlus actively collaborate with many international Pharmaceutical companies, CROs, hospitals, insurance companies, and telemedicine companies for successful clinical trials and better patient healthcare. InHandPlus won the CES Innovation Award in both 2022 & 2023. And InHand-Watch was designated as a government innovative procurement product.
InHand-Watch is a smartwatch with health management features such as medication administration and diet management. The On-Device AI technology lets users easily track their medication and dietary habits through the watch. Moreover, it can be connected to ChatGPT, which provides personalized health information. The InHand-Care App allows users and caregivers to monitor health records, while administrators can access this information through the InHand-Care Web. The smartwatch's monitoring system automatically collects medication adherence data without requiring additional user input and can detect fall detection. It can monitor medication, inhalers, glucometers, auto-injectors, and more. It can monitor medication, inhalers, glucometers, auto-injectors, and more.

- Product Features
? Design for easy reading, tablet PCs, and smartphones
? Multi-purpose setting such as wheelchair and armchair for the elderly
? Support inter-body support when moving, increasing mobility and safety
? Use eco-friendly non-toxic materials (EPP)
? Ultra-lightweight: Lightweight and sturdy, 600g to 900g (lightweight),

WiCo, developed by ROAIGEN Co., Ltd., is an intelligent service robot equipped with sleek design and high-performance hardware. It performs various functions such as greeting visitors, providing information, and engaging in AI-powered conversations. Built on an open platform, WiCo allows extensive expandability, including robot control, video calls, and external device integration. It offers customizable services for welfare centers, senior communities, medical institutions, educational facilities, corporations, and hotels, delivering a cutting-edge brand image to users.

Real-time healthcare monitoring solution that prevents emergencies and lonely deaths using a radar sensor that detects vital signals

Hip'Guard is an airbag belt that protects the hip in case of a fall. When a fall is detected, the airbag inflates on the left or right hip depending on the fall direction and provides optimal protection before impact with the ground.

MORA Vu is an advanced AI-powered medical device for analyzing musculoskeletal movements. It conducts precise evaluations of a user’s posture, body symmetry, joint alignment, and structural balance. The system visualizes key indicators such as left-right asymmetry, anterior-posterior tilt, and trunk alignment through an automatically generated, easy-to-understand report.

Using a completely contactless scanning process, MORA Vu provides immediate results that are specifically designed to support clinical decision-making, treatment planning, and effective patient communication. This allows healthcare professionals to clearly explain the patient’s condition and provide quantifiable, visual comparisons of progress before and after treatment.

By delivering consistent and objective data, MORA Vu enhances diagnostic accuracy and builds greater trust in treatment outcomes. It empowers physicians to communicate with patients using reliable, data-driven visuals and supports more personalized, evidence-based care across various clinical settings.

MORA Ex is a digital rehabilitation solution designed to support healthcare professionals in delivering personalized exercise therapy to patients with musculoskeletal disorders.
Developed to improve clinical outcomes, the system enables medical staff to assess each patient’s condition and prescribe targeted rehabilitation exercises accordingly. Patients perform their assigned programs through a dedicated mobile application featuring guided video instructions, while all performance data is captured and managed in real time. This allows clinicians to monitor adherence, evaluate progress, and make timely adjustments to the treatment plan.
MORA Ex is seamlessly integrated into clinical workflows within medical institutions, reinforcing both patient engagement and the continuity of care.
Its core objective is to optimize rehabilitation outcomes through structured, data-driven, and patient-centered therapy.