High-throughput Extracellular Vesicles (EV) & Exosome Isolation Platform

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[INQ. NO. 2507E18] Labspinner Inc. is a bio company developing precision medical technology based on extracellular vesicles (EVs), providing integrated solutions covering EV separation through to analysis.
Labspinner’s main product, ExoDisc, utilizes microfluidics technology to rapidly and precisely separate exosomes from various biological samples such as plasma, urine, and serum, and ExoDiscovery is a high-throughput centrifugation platform that automates this process.
In addition, ExoPRISM is a kit that can precisely analyze proteins and nucleic acids in EVs, and is optimized for downstream analysis for diagnostics and research. Labspinner is expanding its global exports, focusing on the U.S., European, and Asian markets, and is leading EV-based biomarker research.

Lab-on-a-Disc
Labspinner is a company developing a high-performance platform for the separation and analysis of extracellular vesicles (EVs), especially exosomes. The flagship product, ExoDisc, is a microfluidics-based disposable disk that enables precise EV separation based on size, and features faster and more efficient separation performance than existing methods.
It can be easily installed on a centrifuge, and used to stably extract high-quality EVs without any separate complex equipment or technology.

It can be applied to various samples such as plasma, urine, and serum, and its strengths are highly reproducible results and high yield.
In addition, the ExoDiscovery platform supports automation and high-throughput analysis, making it suitable for both clinical and research environments.

Labspinner’s products are being highly evaluated as competitive solutions in the global biomarker research and diagnostics market.

 
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Transparent OLED Video Wall

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[INQ. NO. 2507E17] Display and Life Co., Ltd.(DAL) specializes in the design and manufacturing of cutting-edge digital display solutions.
DAL collaborates closely with global clients to create distinctive and visually striking LCD and OLED displays.
DAL provides customized, multi-purpose display systems for a wide range of applications, including digital advertising, architecture, entertainment and sports venues, retail environments, and the gaming industry.

Transparent OLED is a state-of-the-art, self-lit digital display that delivers full transparency and exceptional clarity. It enables innovative ways to present dynamic media on a see-through surface, allowing viewers to experience on-screen content while still seeing the background scenery or objects behind the screen.

Unlike conventional displays that appear black when turned off, T-OLED remains up to 45% transparent — resembling glass — thus creating a sense of openness within the space. Display and Life has global experience with numerous Transparent OLED projects, particularly in the United States, Japan, and Europe.

 Edge-T featuring 3 × N stacked transparent video wall configuration
Edge-T features a revolutionary design that enables a 3 × N stacked transparent video wall configuration. With ultra-slim glass bezels on the top, left, and right edges, the result is a sleek, glass-like appearance and a virtually seamless multi-vision system.
Each screen is equipped with compatible rear brackets, allowing easy mounting onto a wall frame. The electronics and player PC are neatly integrated into the bottom case. This anchor-free, free-standing structure eliminates the need for floor drilling, offering a flexible and clean installation — ideal for both temporary and permanent setups.
Powered by Transparent OLED technology, Edge-T redefines visual storytelling by blending digital innovation with physical environments — bringing new life to artistic installations and commercial displays around the world.

Various types of digital display solutions
DAL’s current product lineup is: Transparent OLED signage; curved LCD/OLED displays; video walls; interactive multi-touch monitors; digital directory kiosks; high-brightness outdoor digital signage; and more.
Driven by innovation and a focus on R&D, our team is committed to advancing display technology — enhancing design, performance, durability, and overall user experience.


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AI-based Unmanned Shooting Robot Solution

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[INQ. NO. 2507E16] An AI robot solution that automatically takes pictures without people’s intervention has been released. Doosan Robotics, which participated in Smart Tech Korea 2025 held at COEX in Seoul, presented POST-ME, an AI-based unmanned shooting robot solution, in collaboration with its partner, Cinetic Motion.
The solution uses a collaborative robot combined with AI to recognize a subject, and move or rotate the camera to automatically adjust the composition, distance, and angle within the frame to take pictures. Users can select horizontal and vertical shooting, frames, and angles through an unmanned kiosk.
The CEO of the company explained, “The basic shooting angle or view angle can be adjusted to about 80-90% of the level of a person taking pictures directly. In the field of advertising filming, industrial robots have been used for 10 years already. The solution showcased at this exhibition is a safer collaborative robot designed to interact with people,” adding, “The solution can be used in unmanned studios, tourist photo zones, and performance halls. Its strengths are that it can be easily installed in various places because it takes up little space and makes almost no noise.”
The company is currently preparing the commercialization stage for the technology, and it plans to further enhance the product by adding voice- and gesture-recognition functions within this year.

 
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Eco-friendly Food-Waste Disposer

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[INQ. NO. 2507E15] SMARTCARA Co., Ltd., an eco-friendly food-waste disposer brand, recently released a new product, Blade X AI.
Blade X AI is a 5ℓ large-capacity food-waste disposer equipped with an artificial intelligence (AI) automatic-processing system. When food is put into the disposer, it automatically measures the weight and analyzes the optimal temperature and time to process the food.
When the user directly sets the weight, such as 1~2kg, the device automatically operates when the set weight of food is accumulated, and remote control is also possible from outside the home through a dedicated app. Usage data such as weight before and after processing and energy usage can also be checked at once through the app.
The performance of the existing Blade X has been maintained. It can process even hard food wastes with the dual-processing modes of standard mode and strong mode. The inside of the drying container is coated with G7 ceramic to enhance durability such as non-stickiness and wear resistance. The eco-filter performance has also been improved by 125%, thus further reducing concerns about bad odors. There are two colors to choose from: snow white and light beige.

 
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3D Lens for Smartphones

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[INQ. NO. 2507E14] 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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AI Cleaning Robot

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[INQ. NO. 2507E13] RhinOS, Inc., a care robot specialist, participated in the Clean Korea Show 2025 held at COEX in Seoul, and introduced the AI cleaning robot Wheelie J40 that features its own inter-floor movement technology.
Wheelie J40 is a cleaning robot equipped with AI-based image-recognition technology and autonomous driving function. It recognizes dust and trash on the floor with a built-in camera and automatically cleans it. The company operates two models (J40-W, and J40-S) that can be selected according to the type of flooring, so it can cope with various environments.
The J40-W model is equipped with two scrubbing brushes and is suitable for cleaning a wide range of carpets. On the other hand, the J40-S is equipped with an automatic cleaning roller mop and is used for cleaning general flooring such as marble floors.
RhinOS introduced the inter-floor movement function by applying its self-developed rEMS (elevator-utilization movement system) to this product. The Wheelie J40 moves autonomously to the front of the elevator. After that, it communicates with the elevator cloud system through the robot server to exchange boarding and movement commands.
The company spokesperson explained, “Each elevator company has a different system, but basically, the robot summons the elevator through the server, boards it, and moves between floors autonomously.”
The company’s CEO revealed his outlook for the growth of the cleaning robot market, “The cleaning robot market in Japan is around 8,000 units per year, and in Korea, it was around 1,000 units last year, but it is expected to reach double that this year,” adding, “Companies that were hesitant to introduce it are gradually expanding its use after seeing cases of introduction of the cleaning robots by other companies.”
Starting with cleaning robots, the company plans to expand its diverse robot product line that incorporates AI technology, such as patrol robots while expanding its robot portfolio in earnest after completing development of the cleaning robot series.

 
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Digital Treatment for Dizziness

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[INQ. NO. 2507E12] NeuroEars is a venture company established in 2021 that is developing digital treatments for dizziness.
To this end, NeuroEars is developing medical software (SaMD) that measures dizziness based on virtual reality, a diagnostic module that analyzes dizziness based on artificial intelligence — and vestibular rehabilitation content that treats dizziness, based on virtual reality and artificial intelligence.
NeuroEars has released medical software that measures dizziness after receiving Class-2 medical device approval from the Ministry of Food and Drug Safety, and is expecting that its vestibular rehabilitation content will be released this year.

Dizziness measurement medical software
NeuroEars-Anna, dizziness measurement software, is medical software that measures dizziness based on a virtual reality device (HMD). NeuroEars-Anna allows you to perform all 18 dizziness tests without any additional hardware.
NeuroEars-Anna provides the same VOR test function as the existing nystagmometer, and also provides oculomotor tests and SVV/SVH test functions using virtual reality. Additionally, because it is virtual reality-based software, there are no space limitations, and the optimal system can always be provided to users through remote maintenance.

 NeuroEars-Anna is virtual reality-based medical software that has obtained Class-2 medical device approval from the Ministry of Food and Drug Safety. It is the first in Korea to be recognized by the Health Insurance Review and Assessment Service for insurance premiums. NeuroEars-Anna is currently in use at over 70 medical institutions.
NeuroEars is expanding its market by offering its product at a significantly lower price compared to competing products that offer similar functions.


 
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Care Robot

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[INQ. NO. 2504E11] RoBocare, a specialized care robot company, participated in MVEX 2025 (Metaverse Expo) held at COEX in Seoul on June 18~20, and introduced the block-based cognitive improvement care robot, Bomi 1.
Bomi1 was developed for the purpose of improving the cognitive abilities of the elderly. Users can match letters or connect numbers using blocks with built-in magnets, and the activity of using their hands simultaneously induces fine motor skills and cognitive stimulation.
The robot is equipped with 10 types of block-based and touch-based contents, and the difficulty level is divided into 10 levels. All contents were jointly developed by RoBocare and professors of neurology at a university hospital, and individual difficulty levels can be set through a pre-test that evaluates cognitive status before use.
It also has a built-in RGBD camera, which can measure biometric data such as pulse rate, breathing, and heart health.
A spokesperson for the company explained, “Bomi1 is currently being used in senior welfare centers, senior centers, dementia centers, etc., and recently, it is also being tested in educational institutions for the developmentally impaired, such as special schools.”


 
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Physical Fitness Measurement Solution

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[INQ. NO. 2507E10] T-BOX MEDIA participated in the 2025 Artificial Intelligence (AI) Technology Trend Seminar held at Songdo, Incheon, and introduced T-BOX FIT, a physical fitness measurement solution that combines IoT exercise equipment and AI motion analysis technology.
T-BOX FIT utilizes the IoT exercise equipment T-BOX and AI motion-analysis kiosk. T-BOX collects exercise data in real time through six touch sensors, and the kiosk uses camera-based motion-capture technology to identify the user’s posture and movements. This device can thus create contents such as physical fitness measurement, mission exercise, and touch games.
In particular, the AI-based physical-fitness measurement system evaluates six items ― muscle strength, flexibility, agility, cardiopulmonary endurance, height, and weight.
Exercise data can be managed by administrators on a dedicated page for multiple persons, or checked by individuals on the application.
A spokesperson for the company explained, “This is a solution that can be used not only for educational institutions that require physical fitness assessments for students, but also for general adults,” adding, “We are currently preparing to expand distribution to living spaces such as apartment community centers so that more people can easily manage their physical fitness.”

 
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Water Battery

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[INQ. NO. 2507E09] COSMOS LAB Co., Ltd., founded in 2021, is a tech startup that commercialized safe water battery cells that do not cause fire or explosion.
The lithium-ion batteries that are representative in the existing battery market have high performance, but they have structural and safety limitations such as fire risk due to explosion and ignition, and environmental pollution during the production process.
On the other hand, COSMOS LAB has successfully commercialized a product that can replace existing lithium-ion batteries by using water as an electrolyte and possessing the advantage of 100% non-ignition, and can thus deliver high performance at low temperatures (below -20˚C) and high temperatures.

Launching the sale of next-generation ‘non-ignition water battery’ product in the 4th quarter of 2024
COSMOS LAB’s water battery is 100% non-ignition with no risk of fire, so it is guaranteed to be safe in all living environments such as ESS, UPS, and mobility.
Through technological advancement of each material that makes up the battery, it is possible to achieve non-ignition and excellent discharge characteristics, without a temperature maintenance device, in extremely low and high temperatures.
By using recycled raw materials from waste instead of using expensive raw materials (lithium, nickel, etc.), it can be provided at a lower price than LFP/NCM, and BMS-free design is also possible, depending on the use.
COSMOS LAB can provide non-ignition batteries for small, medium, and large applications, and can be customized to the shape requested by the customer, such as square/pouch type.
“As an eco-friendly company that considers the environment, we have minimized carbon dioxide emissions compared to existing manufacturing processes in the battery. We are contributing to achieving carbon neutrality by shortening and simplifying the manufacturing process,” the company’s CEO proudly explained.

 
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