Robotic Rehabilitation Devices

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[INQ. NO. 2504E16] H Robotics Inc. develops, manufactures, and distributes state-of-the-art rehabilitation solutions, including medical robots and data-driven, telemedicine offerings for people who suffer from neurological and musculoskeletal conditions.
By leveraging its strengths in software and robotic technology, H Robotics aims to create products and services that provide value to our customers and contribute to a healthier world, and a happier life for everyone.

rebless™, 4 joint rehab device
H Robotics’ first device, called rebless™, is a state-of-the-art rehabilitation device that provides increased productivity and overall clinic revenue. Moreover, rebless™ allows for increased productivity within the clinic. The device can take a patient through multiple stages of rehab, from the acute stage of only being able to provide passive ROM, to progressing them to performing active-assistive ROM, and then resisted exercises.
One of the more unique features of rebless™ is that it provides therapy for four joints all in one device — the ankle, knee, wrist, and elbow.

Rebless planar™, robotic-assisted upper extremity rehabilitation device
H Robotics’ second solution is rebless planar™ — an FDA-registered robotic-assisted upper extremity rehabilitation device that improves motor skills, range of motion, and strength, improving patients overall functional ability.
Treatment accuracy is enhanced by the robot self-calibration algorithm. Patient-positioning calibration is performed using an advanced 3D camera attached to the top of the device. Optimized reports help clinicians interpret evaluation results and track patient outcomes and progress over the course of their rehab protocol.
Interactive games allow for treatment intensification and increased patient-motivation, making the rehabilitation process more enjoyable.


 
 
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Portable & Mobile X-ray System

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[INQ. NO. 2504E15] POSKOM Co., Ltd. is an innovative leading manufacturer of X-ray imaging devices, and conducts OEM business. POSKOM’s broad expertise has been developed over 26 years in manufacturing the world’s first battery-powered portable X-ray products, and high frequency X-ray generators.
Monoblocks and full systems provide adequate solutions to meet its clients’ needs and demands all over the world. Its battery-powered portable X-ray generators can execute approximately 300 exposures by one charging of the battery, which is a great advantage for outdoor radiography without heavy and complicated carriage of power cables.
X-ray generators featuring user-friendly operation and functions, which are the most important elements of its product design. Exclusive remote controllers, auto distance laser beam guiders, display reverse switches, and other convenient features maximize its customers’ work efficiency.

Diagnostic device (AirRay-20)
AirRay-20 (20mA, 1.6kW, Focal Spot 1.0mm, 5.0kg) is specialized in manufacturing diagnostic devices for tuberculosis (TB). Hundreds of thousands of people suffer from TB all over the world.
AirRay-20 integrated with AI Software for chest X-ray image analysis solutions are an important key to free people from pain. Moreover, it is used for clinic, screening, TB projects, field hospitals, remote care, military, mobile hospitals, and veterinary facilities (Vet Clinic, Zoo).

Ultra-light mobile X-ray system (AirBile-100)
AirBile-100 (5kW, 95kg) is an ultra-light mobile X-ray system. It helps patients receive treatment with ease of movement anywhere and anytime. Also, it is used for clinics, screening, field hospitals, military, and mobile hospitals.
Conventional type X-ray generators (32kW – 50kW) have auto-calibration and auto-error check functions and APR functions, as well as AEC and ABC functions can offer more convenience for increasing work efficiency.
They also realize integrated interface technology, which eliminates the need for any changes in the use of a variety of X-ray tubes or DR detectors, and are easy to upgrade.
POSKOM always welcomes feedback from customers for X-ray Monoblocks design and production to meet their requirements. Its X-ray Monoblocks enable stable output capabilities that are not affected by unstable input power.

Building strong sales and service networks with global healthcare leaders
POSKOM not only builds strong sales and service networks with its local representatives, but also partners with healthcare leaders in more than 50 countries for higher technological advances. POSKOM is committed to providing the best possible customer service.

 
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Medical Image and Information Management Solution

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[INQ. NO. 2504E14] With its medical image and information management solution, featuring the latest technology, ZeTTA PACS offers diagnostic-quality images and a full package of study information over enterprise-wide hospital networks. Based on long experience and proven technology, ZeTTA PACS is designed to satisfy the requirements for speed and stability of all users.
Regardless of mass data and images, one can use a high-speed and stable solution without time-wasting through any delays and buffering, so it will help minimize waiting time and enable one to start reading right away. It also provides full coverage of image management tools including image acquisition, storage, displays and web distribution devices.
ZeTTA PACS is a powerful PACS and reporting solution, yet cost-effective. It enables any healthcare practice to efficiently perform diagnostic imaging, while providing end-users with access to the system anytime, anywhere.
With ZeTTA PACS, patient studies can be viewed from any computer at any of your hospital or from a referring doctor’s office, and it also allows radiologists to read studies at any of your hospital, so it makes radiology workflow much more efficient and greatly reduces turnaround time for report dictation.
TaeYoung Soft’s web-based technology is one of the most competitive, reliable, and scalable imaging solutions on the market today. With proven architecture and productivity-enhancing technologies, ZeTTA PACS provides unbeatable value such as intuitive, customizable, and personalized tools & layout, and efficient & various display methods (View, Add view, Stack view, Advanced view, etc.).

Medical Image Viewing Application (ZeTTA Web & Mobile Viewer)
Moreover, the ZeTTA web & mobile viewer is a medical image viewing application with access to a central DICOM server that runs on mobile devices such as iPhone, iPad or Android OS embedded smartphone / tablet. Of special note, because the ZeTTA mobile viewer is developed by HTML5, it can be used at any OS such as i-OS and Android. It supports such functions as windowing, zooming, panning, measurement, cine play, and report viewing.


 
 
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Mouse-customizing SW

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[INQ. NO. 2504E13] INVAIZ Inc. is developing solutions that innovate user experience under the mission of ‘making complex digital environments simple and free through technology.’
Based on user data obtained through previous macro keyboards, INVAIZ is developing keyboard and mouse-customizing SW and suggesting usability improvements by applying AI and new digital work methods.

Optain is mouse-customizing SW equipped with a user-customized pop-up system, a solution that helps perform digital work more intuitively and flexibly.
In addition to the existing key mapping and macro system, the user can maximize work efficiency with a sensory interface by combining clicks and directions through the ‘gesture’ function.
Another key feature is the customized pop-up. This pop-up consists of widgets selected by the user and widgets recommended according to the situation by recognizing user behavior such as program focusing and dragging. For example, when the user drags text, functions such as article summary, translation, and search are suggested; and for numeric data, calculation functions such as summation and average are suggested.

“Any idea can be widgeted and configured as a pop-up. We are constantly developing new widgets, and we plan to build a structure that users can also develop in the future,” explained a spokesperson of the company.
Optain’s AI function is also provided in the form of widgets. Users can search for files by requesting things like “Find my travel expenses file,” and can easily handle things like writing texts with set tones and summarizing documents.
With these functions, Optain provides an intuitive and free working environment for users in occupations that mainly use the mouse. Based on the concept of ‘doing everything with the mouse,” this software provides optimized customizing functions that reduce switching costs between the keyboard and the mouse, and ensure that users do not feel inconvenienced.


 
 
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AI-powered Endoscopy

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[INQ. NO. 2504E12] Waycen is an AI meditech specialized company. It was founded in 2019 and is developing medical AI software essential for the healthcare industry based on collaborative research with medical institutions.
Waycen possesses proprietary technology in artificial intelligence-based real-time image analysis and medical big data analysis. Building upon this, it has developed innovative medical AI software and achieved a remarkable feat by winning four CES Innovation Awards at CES 2023, the world’s largest IT exhibition, making Waycen the first medical AI company to do so.

AI-powered medical software for stomach and colon abnormalities
WAYMED Endo is AI-powered medical software that analyzes endoscopic images in real-time to detect abnormalities in the stomach and colon, and examines the characteristics of these abnormalities. It can seamlessly integrate with existing endoscopy equipment from various manufacturers, without disrupting the conventional endoscopy workflow, thus making it highly preferred by endoscopy practitioners.

Winning the Innovation Award at recent CES for two consecutive years
Recognized for its innovative capability to detect abnormal lesions in real-time during endoscopy without delays, WAYMED Endo has won the Innovation Award at the world’s largest IT exhibition, CES, for two consecutive years.
In South Korea, it has obtained Class-3 clearance for stomach applications and Class-2 clearance for colon applications. Recently, it has been designated as the 37th innovative medical device by the Korean Food and Drug Administration, especially for its groundbreaking early detection of stomach cancer.

Growing its brand awareness, especially for Southeast Asian markets
Internationally, the product has been installed at Saint Paul Hospital in Hanoi, Vietnam, with plans to expand its reference hospitals to Hanoi and Ho Chi Minh City later this year. It is currently installed in hospitals in Cambodia and Thailand, where the incidence of stomach and colon cancer is relatively high, generating significant interest in this innovative solution throughout Southeast Asia.


 
 
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Korean Companies Challenging Promising Markets

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Korean Companies Challenging Promising Markets, Bolstered by Continued Export Growth

Korea’s exports amounted to $58.28 billion in March, up 3.1% year-on-year. The export of semiconductors, the nation’s largest export product, recorded an amount close to the highest-ever March performance.
Semiconductor exports amounted to $13.1 billion, up 11.9% year-on-year. This is attributable to the strong demand for high value-added items such as high-bandwidth memory (HBM) and DDR5 used in the artificial intelligence (AI) and data center industries. Semiconductor exports exceeded $10 billion for nine consecutive months until January, increasing for 15 consecutive months compared to the same period last year, but turned to a decline in February.
Exports of computers ($1.2 billion, 33.1%) and wireless communication devices ($1.3 billion, 13.8%) also increased for two consecutive months, showing an increase in exports across all IT items. Display exports also increased by 2.9% to $1.5 billion, breaking the seven-month negative flows that had continued since August last year.
Korean exporters are continuing to actively challenge overseas markets to gradually increase their gradual growth of exports in the second quarter of this year, maintaining their growth engines in the global market in the first quarter.

POSKOM is an innovative leading manufacturer of X-ray imaging devices, and also conducts OEM business. POSKOM’s broad expertise has been developed over 27 years in manufacturing the world’s first battery-powered portable X-ray products, and high-frequency X-ray generators. POSKOM not only builds strong sales and service networks with its local representatives, but also partners with healthcare leaders in more than 50 countries for higher technological advances.
INVAIZ is developing keyboard and mouse-customizing SW, and suggesting usability improvements by applying AI and new digital work methods, and thus attracting promising global partners.
Waycen is an AI meditech specialized company developing medical AI software essential for the healthcare industry based on collaborative research with medical institutions. It is making full efforts to discover new markets in addition to its existing Southeast Asian markets including Vietnam.

 
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Micro Medical Robot System

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[INQ. NO. 2502E16] Established in 2019, IMsystem Co., Ltd. has developed Korea’s first micro medical robot system for precision vascular interventional procedures, and is currently commercializing it.
Currently, IMsystem has completed the prototype production of a remote magnetic micro medical robot system for vascular intervention procedures, and the licensing process is in progress.

Micro medical robot system for precision vascular intervention procedures
Unlike existing vascular intervention procedures in which the operator manually manipulates surgical tools, the micro medical robot system for precision vascular intervention (IM_SuperMag_Clinic) uses a magnetic field control system installed at the bottom of the patient’s bed. It is a remote surgery system using a magnetic guide wire/catheter microrobot attached to a microrobot fitted at the end of the existing guide wire/catheter.
Existing procedures have limitations in that it is difficult to insert surgical tools into narrow blood vessels of complex shapes due to manual manipulation by the operator, so the results of the treatment depend on the operator’s skill level. In addition, in the case of complex procedures, not only does exposure to radiation from X-rays, etc., increase due to increased procedure time, but the number of patients who can receive the procedure is also limited due to operator fatigue.

IM_SuperMag_Clinic controls remote surgical tools through magnetic field control, and the operator performs the procedure using a joystick/3D mouse while viewing X-ray images in a separate space rather than inside the operating room.
By reducing fatigue and radiation exposure and improving the convenience of the procedure, the success rate of the procedure, the speed of patient recovery, and the number of daily patients can be increased. It can thus meet the needs of patients, operators, and hospitals, respectively.
Following the completion of prototype development, domestic GMP and licensing are currently in preparation. The acquisition of a domestic license is expected by the end of 2025. For overseas expansion, IMsystem is aiming for CE and FDA approval in 2028. And it is expected that it will be able to quickly advance into overseas markets after being exempted from clinical trials by receiving 510k equivalent recognition from the FDA.

 
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Skincare Treatment Device

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High-Intensity Ultrasonic Waves Skincare Treatment Device
 [INQ. NO. 2502E15] BE&BI Tech’s UCOS-HIFU product is a skincare treatment device that can perform a cosmetic procedure on the face in a short time using focal ultrasonic waves, causing no damage or side effects to the skin layers, thereby enhancing skin elasticity and improving skin wrinkle care.
Lifting a part of the body, intensifying skin elasticity, improving skin ageing, and natural maintaining of body shape, can be done through the UCOS-HIFU procedure.
UCOS-HIFU system is noninvasive, and can be done within 10~30 minutes of short procedure time, without any scars or traces after the procedure, with extremely rare occurrence of any side-effects, and enabling the user to resume daily life right after the procedure.

Because ultrasonic-wave energy is transmitted even to the dermal muscular layer (SMAS) without necrosis in surrounding cells, wrinkle improvement is excellent for nasolabial folds and fine wrinkles in the brow, the corners of the eyes, below the eyes, and the jawline − compared to existing laser IR or RF devices.
You can verify improvement effects immediately after the procedure with the naked eye and maintain supple skin for a long time.

For face procedures, facial lifting, and tightening, effects can be expected using six cartridges that have different depths of ultrasonic wave irradiation into the skin layers, so, body procedures can be effective for body slimming and body shape management using three types of cartridges.
BE&BI Tech is committed to being a caring company, helpful to customers and society, through mutual cooperation aiming for sustainable new technology development for human health and happiness, and customer satisfaction.


 
 
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Medical X-ray Flat Panel Detectors

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[INQ. NO. 2502E14] VIVIX-S V series by Vieworks is one of its latest X-ray flat panel detector lineups. It offers optimal imaging solutions with advanced X-ray imaging technology and a beautiful design to make the work environment more pleasant. The cassette-sized X-ray flat panel detectors are offered in three sizes: 25 x 30 cm, 36 x 43 cm, and 43 x 43 cm.

VIVIX-S V series has gained a reputation as a retrofit total solution in the competitive global market by offering high-performance flat panel detectors and integrated software solutions in packages. With market-proven technology and ceaseless innovation, the V series opened a new era of digital radiography that comes with improved workflow, image quality, and economy.
Vieworks offers the optimal solution for diagnostic practice with superior image quality achieved through cutting-edge hardware design and advanced imaging processing technologies. With three wireless antennas, it offers faster and more stable wireless communication with the SCU.
The V series enhances the robustness of the detectors with 1m drop height, 400kg uniform load, IP67, and wider operating temperature. Vieworks also considered improving usability by making it lighter, offering diverse and convenient charging methods, and embedding an OLED status screen.

Industrial cameras (VC Series)
Vieworks’ VC series is a family of CMOS cameras for diverse machine vision applications. The VC series is optimal for demanding applications including flat panel display inspection, semiconductor inspection, and printed circuit board inspection.
With a resolution of up to 151 megapixels, the VC series is particularly renowned for is ultra-high resolution as well as its high speed of up to 454 fps. The VC series supports camera link, CXP-6, CXP-12, 10GigE, and CoaXPress-over-Fiber interfaces presenting a wider range of options to users. Offering maximum usability, the programmable camera’s firmware is easily updatable in the field.


 
 
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3D Lens for Smartphones

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[INQ. NO. 2502E13] MOPIC Co., Ltd. is a spin-off company from Samsung Electronics, founded by engineers who developed glasses-free 3D display technology. MOPIC provides ODM services and technical consulting for custom glasses-free 3D displays, helping make 3D technology more accessible.
MOPIC specializes in optical design and 3D algorithms, allowing clients to apply tailored 3D solutions quickly and cost-effectively.
MOPIC’s glasses-free 3D displays enhance customer experiences by providing depth and spatial awareness, making products or content feel more immersive. For example, using 3D displays in advertising can increase brand awareness by up to 30%.

HoloGlass 3D Lens
One of MOPIC’s key solutions, HoloGlass, is an innovative 3D lens that attaches to smartphones like a protective glass, enabling easy 3D viewing. After a successful launch in Japan, HoloGlass now supports various iPhone models from the iPhone 13 to the iPhone 16 series, with some Android models to be added soon. Made with 9H hardened glass, HoloGlass doubles as a regular screen protector.
With a simple setup, users can experience 3D content instantly without needing a dedicated 3D smartphone. MOPIC only offers HoloGlass as a B2B solution to global clients, not directly to consumers, remaining committed to its B2B business model.

Upcoming OpenXR Support
MOPIC is preparing to support OpenXR, which will soon allow 3D graphics-based 2D content to be instantly converted into 3D. A closed beta version is currently being tested by select partners. OpenXR is a standard API for extended reality (XR) environments, including virtual reality (VR) and augmented reality (AR). It maximizes compatibility across different hardware and platforms. With OpenXR, MOPIC displays can transform 3D graphics effectively, supporting a wider range of XR content and providing users with a consistent, immersive 3D experience.

Linux and C++ Native SDK Now Available
Following the release of the Unity 3D Plugin, MOPIC now offers native SDKs for Linux and C++. These SDKs allow MOPIC’s glasses-free 3D technology to be utilized across various platforms, making it especially suitable for high-performance applications.
With the Linux and C++ SDKs, clients can create flexible 3D environments and implement realistic stereoscopic images using MOPIC’s advanced 3D algorithms.


 
 
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