Conductive silicone ElecSil™ monitors vital signs and allows users to manage them directly through software and connection. For this, we are researching suits and platforms. In the future, ElecSil™ will be used in various fields such as medical, entertainment and sports. Next ElecSil Conductive Stretchable Silicone Technology ElecSil B Optional Layer Enhances better haptic feeling and adhesion to the skin. ElecSil A Neccessary Layer P rovides very soft and accurate data collection and transfer. Fabric Why ElecSil? Easily wearable when applied inside apparel, ElecSil is also comfortable as it is ultra-thin and moves along with the fabric and skin with its elasticity and flexibility. As ElecSil is a dry electrode, it is washable, reusable, and durable, as it does not tear nor rip off as it is interlocked with the fabric. ElecSil is used as electrodes or as a connecting component similar to wires. Sweat Resistance Best in cl ass c or r osion and sweat resi stance Washable En dures more than 100 tested washing cycles. Ultrathin Less than 1m m thin Skin Friendly Cytotoxicity: ISO 10993-5:2009 Skin sensitization: ISO 10993-10:2021 Skin irritation: ISO 10993-23:2021 Optimal Skin Adhesion Applied inside apparel and works well on the skin. Flexible & Elastic Works well with fabric as it does not rip nor tear off. The Bundle: ElecSuit Controller App ElecSil Solutions EMS Electric stimulations are sent through the skin to the muscles allowing them to relax and contract, which can help with rehab or athletic performance. Applications Sports Medical/Wellbeing EMS LEARN MORE HAPTIC Electrotactile stimulations for haptic feedback provides sensational feeling such as pressure, light touch, vibration etc. Applications Sports Medical/Wellbeing Education/Training Gaming LEARN MORE DATA Other than providing stimulation, ElecSil works to accurately read biometric signals such as ECG, EMG, and EEG. Applications ECG EMG EEG Sports Medical/Wellbeing Education/Training Workwear LEARN MORE Discover new possibilities with ElecSil GET IN TOUCH

Discover ElecSuit, WaveWear’s next-generation smart wearable powered by soft bioelectrodes. Designed for training, recovery, and rehabilitation, ElecSuit delivers precise muscle stimulation and real-time data to optimize performance and accelerate recovery. ElecSuit is a smartsuit solving challenging issues such as garment comfortability, washability, and manufactuing costs using Wave's smart textile technology ElecSil™. What Makes ElecSuit Different? ElecSuit is Wave Company's Smartwear with ElecSil is ultra-thin and moves along with the fabric and skin with its elasticity and flexibility. As ElecSil is a dry electrode, it is washable, reusable, and durable, as it does not tear nor rip off as it is interlocked with the fabric. Applications EMS Sports Medical/Wellbeing Sweat Resistance Easily Washable Reusable Electrodes Up to 3 systems in 1 suit EMS Electric Muscle Stimulation ElecSuit uses EMS which enhances physical training by delivering electrical impulses to muscles, simulating an intensified workout. When combined with exercise routines, ElecSuit can aid to increase muscle engagement, improve strength, and accelerate fitness results. Haptic Feedback ElecSuit leverages advanced electrotactile haptic technology integrated with XR/VR environments to create authentic, lifelike sensations, providing immediate feedback that significantly enriches user engagement and enhances immersion in virtual reality scenarios. Biometric Data ElecSuit captures and transmits precise biometric data such as ECG and EMG, providing highly accurate and reliable biometric activity measurements. Its precision is exemplified by its ability to accurately monitor the subtle cardio activities of small animals like mice. How it works Conductive Stretchable Silicone Textile for EMS, Electrotactile Haptics, Bio Data Monitoring ECG, EMG Learn More ElecSuit Versions ElecSuit-W EMS | Haptics Applications VR Haptics EMS Weights EMS Cardio ElecSuit-X EMS | Haptics | Biometric Data ECG, EMG Applications VR Haptics EMS Weights EMS Cardio

Discover innovative e-textiles and stretchable FPCB solutions from WAVE’s brand products—ideal for sportswear, compression sleeves, and electrical muscle stimulation for physical therapy. Brand & Products Wave Company creates products based on it's silicone textile technology. WaveWear is at the forefront of functional compression wear combined with built-in kinesiology tape which is easy to wear and reusable. Go To WaveWear Website Learn More ElecSuit is smartwear using Wave's ElecSil conductive silicone e-textile technology, providing garment comfort, and easily washable. Learn More CES 2024 Innovation Awards Honoree for digital health, TracMe is a smart fitness solution with movement-tracking sleeves and app, which provides easy access workouts and AI data analysis. Sign up for Pre-launch Learn More DISCOVER NEW POSSIBILITIES GET IN TOUCH

Welcome to WaveWear, where advanced kinesiology meets performance wear. Explore innovative compression gear with embedded adhesive silicone technology designed to boost recovery, enhance movement, and support your active lifestyle. Our Social Media WaveWear Website Meet compression + kinesiology tape sportswear, WaveWear. Discover More WaveWear FAQ If you have any questions, check our FAQ. Read More 웨이브웨어 자사몰 스포츠테이핑 + 컴프레션 웨어 테이핑 퍼포먼스 웨어를 만나다. 바로가기 카카오톡 문의하기 문의사항이 있으신가요? 신속하고 빠르게 답변 드립니다. 문의하기

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< Back How Wavewear Handles Lactic Acid Buildup Evidence-Based Validation of Wavewear: Clinical Testing Confirms Significant Muscle Fatigue Reduction Through Built-in Kinesiology Taping and Compression Abstract Muscle fatigue is a pressing issue that everyone around the world faces. Wavewear, Wave Company’s innovative functional sportswear brand, has been able to significantly reduce muscle fatigue in those who wear it. Clinical testing demonstrated that Wavewear reduced muscle fatigue by up to 35%, as measured through comparative lactic acid levels during and after exercise. This report outlines the methodology and findings of that study, confirming the performance-enhancing benefits of the Wavewear system. Test Design Wave Company conducted a series of tests regarding their Wavewear product to try to quantify how successful it was in reducing muscle fatigue for its users. One of these tests tested the amount of lactic acid (What is Lactic Acid?) found in the subjects who used Wavewear. For this test, subjects were given four different sets of clothing and had to repeat the following test four different times, each time with different clothing on, to receive standard samples. The four different clothing sets were one set of general compression wear, an adhesive top, a non-adhesive top, and taping. The four different tests each subject needed to perform were done on different days, but at the same time each day. Figure A Figure B Each subject had to receive a physical condition test and then rest for twenty minutes. They then wore their respective clothes for that day and entered a room held at controlled conditions (23° C +- .5° C & Humidity (50 +-10)%). The subjects would relax in this room for thirty minutes and then have their lactic acid measured in the last five minutes of the rest period. Then, they would exercise for thirty minutes and have their lactic acid measured every 5 minutes. They then sat and recovered for thirty minutes, having their lactic acid measured every 5 minutes during this resting period. The lactic acid was measured through blood tests to ensure the most accurate results. Once all four tests were completed on different days, the subjects completed their tasks. All of the subjects chosen were very similar in age, height, and weight to control for certain variables in the test. What is Lactic Acid? Through these tests, lactic acid was measured because it is a material that causes the human body to feel fatigued and is generated when glycogen, which produces energy inside the body, decomposes as muscles are used. It was found by numerous doctors and scientists that “mechanical performance gradually declined as the muscle accumulated large amounts of lactic acid” (Allen, 2004). A reduction in lactic acid leads to a decrease in the fatigue the body feels, which is why lactic acid was the primary figure being measured in these tests. Results Figure C The results of the tests can be seen above in Figure C. The results show that when the subjects performed the test with general compression wear clothing, the lactic acid levels were highest during the exercise tests, peaking at 9 mmol/L, then going back down to 4 mmol/L after resting for twenty minutes (Figure C). Figure D When tested with the adhesive clothing , the lactic acid levels of the subjects dropped significantly, peaking at 7 mmol/L, and overall levels for the test were lower or the same as other clothing methods (Figure D) . The most important fact to draw from this test is how lactic acid reacted during exercise when wearing adhesive clothing (Wavewear). Once starting to exercise, the overall levels of lactic acid remained lower than all other methods, proving that using the adhesive clothing, or the now Wavewear clothing, is the best way to minimize lactic acid spikes and keep energy levels high throughout the exercise. Figure E As seen above in Figure E, Wavewear, clothing that combines compression wear with adhesive kinesiology tape, is more effective in reducing lactic acid levels when exercising and recovering than the alternative methods tested, of only using compression wear, only using kinesiology tape, and using non-adhesive clothing. Conclusion Figure F Figure F represents the percentage decrease in muscle fatigue found by wearing Wavewear when performing exercise. This percentage decrease is explained above and based on the findings in the lactic acid levels amongst all test subjects. The 35% decrease is compared to the lactic acid levels of those wearing Wavewear and the lactic acid levels of those who were wearing regular compression wear . This 35% decrease allows athletes and people performing in exercise to get that extra push at the end of their workout and continue to perform at a high level. If you usually get tired after 20 minutes of running, Wavewear will help reduce this feeling of tiredness and keep your muscles ready to keep going for another 6-7 minutes. References: David Allen, Håkan Westerblad ,Lactic Acid--The Latest Performance-Enhancing Drug.Science305,1112-1113(2004).DOI:10.1126/science.1103078 Previous Next

< Back Resistive vs. Capacitive: Why TracSil™ Sensors Use Resistive for AI Motion Tracking In the quest to perfectly quantify human movement, engineers face a fundamental choice in sensor technology. From smartwatches that count our steps to advanced robotic systems, sensors are the soul of the machine, translating physical actions into digital insights. Wave Company's TracSil™ technology , a stretchable silicone textile designed for movement tracking, represents a significant step forward in this field. However, its effectiveness hinges on a critical engineering decision: the use of resistive sensors over their more complex counterpart, capacitive sensors. This post will explore the science behind that choice, examine how TracSil™ can interpret complex movements, and look ahead to its transformative applications. The Core Choice: Robustness vs. Raw Sensitivity At the heart of any motion tracking system is a sensor that translates movement into data. For flexible wearables, the two most common choices are resistive and capacitive sensors, each with distinct strengths and weaknesses. Here’s a breakdown of the technology and why TracSil™ uses a resistive system. Capacitive Sensors: High Sensitivity, High Maintenance Capacitive sensors are known for their precision, working by measuring changes in a surrounding electric field. Pros: They are extremely sensitive, accurate, and can be made from a wide variety of flexible materials. Cons: This sensitivity makes them vulnerable to real-world conditions. They can be disrupted by humidity, temperature changes, and especially by electromagnetic interference (EMI)—the electronic "noise" from other nearby devices. This requires complex and often costly shielding to ensure reliable readings. Resistive Sensors: Real-World Reliability Resistive sensors work on a simpler, more direct principle: their electrical resistance changes when they are stretched or pressed. Pros: They are robust, less complex, and significantly less affected by environmental factors like EMI or sweat. This makes them ideal for use during intense activity. Cons: They may offer less raw sensitivity compared to a capacitive sensor in a controlled lab setting. The selection of a resistive system for TracSil™ is a deliberate trade-off. It prioritizes stability, washability, and real-world reliability over the lab-grade sensitivity of capacitive sensors, creating a more practical and robust tool for athletes and researchers. (Pressure Profile Systems, 2025) The Geometry of Insight: How a "V" Measures Angles and Speed This is where the genius of the TracSil™ design becomes clear. Instead of a complex array of multiple sensors, it uses a single, V-shaped sensor placed strategically over a joint. So, how does this one piece of conductive silicone translate its stretching into high-level kinematic data? Step 1: Measuring Joint Angle with Stretch Think of the V-shaped sensor as a smart rubber band. As a joint like your knee or elbow bends, the conductive silicone sensor stretches. A slight bend stretches the sensor a little, causing a small change in its electrical resistance. A full bend stretches the sensor much more, causing a large change in its electrical resistance. Our AI system is trained to understand this relationship perfectly. It reads the precise resistance value in real-time and instantly translates it into an exact joint angle, measured in degrees. Step 2: Calculating Movement Speed from Angle Changes Once the system knows the joint angle, calculating speed is the next step. The AI analyzes not just the angle itself, but how fast that angle is changing. It can instantly tell the difference between the rapid change of an explosive athletic movement (like a squat jump) and the slow, steady change of a controlled rehabilitation exercise. By tracking this rate of change, TracSil™ provides an accurate, real-time measurement of movement speed. TracSil's website confirms this capability, stating its AI can recognize specific movements and detect anomalies, a process made possible by first mastering the estimation of these core variables from its unique sensor. The Future is Flexible: A World of Applications By providing a washable, durable, and reliable way to track movement without cameras or bulky IMU sensors, TracSil™ is poised for impact across numerous fields. Exercise and Rehabilitation: Imagine a user receiving real-time feedback on their squat depth, running form, or the consistency of their physical therapy exercises. TracSil™ can automatically count exercise repetitions. Daily Ergonomics: For occupations that involve repetitive tasks, TracSil ™ could monitor movement patterns to identify and correct potentially harmful motions, reducing the risk of strain injuries. Mechatronics and Wearable Robotics: As a flexible sensor skin, TracSil™ could provide feedback for controlling prosthetic limbs or advanced exoskeletons. This would allow for more natural and intuitive control, bridging the gap between human intent and robotic action. Ultimately, the thoughtful engineering behind TracSil™ , beginning with the choice of a robust resistive sensor, has created a platform with the potential to seamlessly integrate high-fidelity motion tracking into our daily lives, transforming how we approach everything from personal fitness to the next generation of robotics. References Dong, T., Gu, Y., Liu, T., & Pecht, M. (2021). Resistive and capacitive strain sensors based on customized compliant electrode: Comparison and their wearable applications. Sensors and Actuators A: Physical , 326 , 112720. https://www.sciencedirect.com/science/article/abs/pii/S0924424721001837 Pressure Profile Systems. (2025, March 6). Strengths and limitations of capacitive tactile array sensors . https://pressureprofile.com/pps-insights/strengths-and-limitations-of-capacitive-tactile-array-sensors WAVE Company TRACSIL TM | Stretchable printed sensor for movement tracking . (n.d.). Wave Company. https://www.wavecompany.net/tracsil Previous Next

Wave Company was established in 2010 by Nancy Cho and Sangchul Lee. Nancy is an avid runner, which helped her develop a clear understanding of the problems that athletes face in daily life. Sangchul has a strong educational background in business, which helps him formulate and implement our strategies. The company is growing and developing its own technologies. Growth is expected to continue.  About Our Evolution 2016 Registered First Patent 2016 Developed Adhesive Bio-Silicone 2018 Launched Sportswear with BWAS 2021 Developed Conductive Bio-Silicone 2022 Launch Smartwear with ElecSil MORE INFO MORE INFO MORE INFO MORE INFO Our Story Nancy Cho, an avid runner with severe back pains, wanted to find a solution that would help with her pains, both effectively and economically. Although she tried kinesiology tape and physical therapy, those were not practical for the long term. 'What if you could wear kinesiology tape just like clothes? It would be so much easier.' The idea that sparked in her mind was what started her journey to create silicone technology that could recreate kinesiology tape and work effectively on fabrics. Wave Company has launched its first sportswear in 2018 and now has grown into more than just a functional sportswear brand and is continuously researching and developing silicone technologies that can advance human movement to the better.

TracMe is a cutting-edge movement tracking solution using soft sensor technology and conductive silicone fabric to capture precise, real-time motion—no cameras required. Next Movement Tracking Smart Fitness Solution With Sleeves and App, TracMe collects accurate exercise data directly from the limbs and provides personalized workout programs and data-driven analysis. Why TracMe? Tailored Workout Plans Based on User Data Customized exercise routines tailored to individual user profiles, goals, and progress, eliminating the need for manual data entry or personal trainers. AI-Driven Insigh ts Delivering data-driven insights and feedback to users, fostering a more informed and effective fitness journey tailored to individual needs and preferences. Automatic Exercise Data Collection Offering automatic data accumulation and integration with a dedicated app, simplifying the user experience and enhancing workout efficiency and tracking convenience. Seam less Movement Tracki ng m Without the need for cameras, TracSil sensors integrated into knee and elbow sleeves capture precise exercise data directly from the limbs, offering a unique level of accuracy and detail. Scalability - Versatile Sports Data Analysis Adaptability extends to analyzing various sports and exercises, from home and gym workouts to outdoor activities. Captures intricate details such as movement speed and angles. Sign Up for Pre-launch CES 2024 Innovation Award Check Out Wave's Highlights at CES 2024 Read Article Learn More About How It Works TracSil™ TracSil™ (Tracking Silicone) is Wave's Movement Stretchable Silicone Textile which provides solutions for motion sensing by measuring muscle strain and movement angles. Working by being applied to fabric, specifically on the outer side of apparel. How it works Find More Smart Textile Applications EMS (Electric Muscle Stimulation) LEARN MORE Electrotactile Haptics LEARN MORE Biometric Data Collection (ECG, EMG) LEARN MORE Movement Tracking LEARN MORE Adhesive Stretchable Silicone LEARN MORE

Discover how Wavewear’s smart garments capture precise biometric data, including ECG and EMG signals, to monitor heart rate, muscle activity, and performance in real time, empowering smarter training, faster recovery, and personalized health insights. ElecSil™ DATA ElecSil™ DATA is Wave's conductive stretchable silicone smart textile, ElecSil™ used for biometric data collection such as ECG, EMG. Order a Sample Highly Conductive Constant levels of transmission power even when stretched. Reliable Data Accurately measures the heart rate of a mouse. Quality Performance ANSI/AAMI E C12:2015 - Disposable ECG electrodes High Compatability Compatible with most sensors Sweat Resistance Washable Ultra-thin Flexible & Elastic Skin Friendly Optimal Skin Adhesion Order a Sample ElecSil Type 2-1 with no attachment Electrode Size 79 x 34mm LEARN MORE ElecSil Type 6-1 ElecSil A with no attachment Electrode Size 54 x 100mm LEARN MORE ElecSil Type 2-2 with Snap Button Electrode Size 79 x 34mm LEARN MORE ElecSil Type 6-2 ElecSil A+B with Snap Button Electrode Size 64 x 110mm LEARN MORE ElecSil Type 2-3 with Magnetic Button Electrode Size 79 x 34mm LEARN MORE ElecSil Type 2 Conductive E-textile Use with ElecSil Type 2-3 LEARN MORE Why ElecSil DATA? ElecSil DATA provides reliable data monitoring and transmission. It is comfortable to use as it does not require the skin to be wetted and can be used dry also, with the advantages of being ultra-thin, flexible, and elastic to work well on apparel. Application: ECG E lecSil DATA can accurately measure the heart rate of a tiny mouse. It is comfortable to use as it does not require the skin to be wetted and can be used dry also, with the advantages of bei ng ultra-thin, flexible, and elastic to work well on apparel. Application: EMG EMG data collected through ElecSil DATA showed reduced noise, providing accurate EMG results, which were significantly better than disposable electrodes. Skin resistance data showed a low skin impedance of 5kΩ~ when at 100Hz and can be used as both mid-frequency and low-frequency. 1099 3 BIOLOGICAL EVALUATION OF MEDICAL DEVICES ISO 10993-5:2009 Tests for in vitro cytotoxic ity ISO 10993-10:2021 Test s for irritation and skin sensitization ISO 10993-23:2021 Tests for irritati on Learn More About The Smart Textile, Ele c Sil™ ElecSil™ (Electronic Silicone) is Wave's Conductive Stretchable Silicone Textile which provides solutions for EMS, haptics, and data monitoring. ElecSil works by being applied to fabric on the inner side of apparel, and placed directly on the skin. How it works Find More Smart Textile Applications EMS (Electric Muscle Stimulation) LEARN MORE Electrotactile Haptics LEARN MORE Biometric Data Collection (ECG, EMG) LEARN MORE Movement Tracking LEARN MORE Adhesive Stretchable Silicone LEARN MORE DISCOVER NEW POSSIBILITIES GET IN TOUCH

We control all waves. Our Booth Activities at WIS 2024 부스 위치 : A홀 AB125 파트너가 되어주세요! WIS2024 현장에서 여러분과 만나 파트너십에 대한 논의를 나누고자 합니다. 우리의 혁신적인 제품과 서비스에 대한 소개와 함께, 협력 기회에 대해 자세히 알려드리고 여러분과의 협력을 기대하고 있습니다. 기술력을 경험해보세요. 웨이브컴퍼니가 기술 개발한 자체 기술력을 직접 체험해볼 수있습니다. CES2024 혁신상을 수상한 나만의 스마트비서 'TracMe'와 다양한 전기자극이 가능한 'ElecSil'의 특별한 기술력을 느껴보세요. Meet Wave Company at WIS 2024 WIS 박람회 기간동안 현장에 방문하여 저희와 이야기를 나누고 싶으신 분들은 하단의 프로그램을 통해 일정을 잡아주시길 바랍니다. 프로그램 접속이 불가능하신 분들은 sales@wavecompany.net 으로 문의주시길 바랍니다. OUR TECHNOLOGY 웨이브컴퍼니가 직접 개발한 실리콘소재 기술은 국내 최초로 전도성을 띈 메디컬 실리콘 신소재입니다. 테이핑 의류를 시작으로 EMS의복, 스포츠메디컬과 더불어 스마트의복에 적용되었습니다. 우리의 기술력을 바탕으로 한 23개의 아이템과 37개의 국내외 IP자산을 보유하고 있습니다. 관절의 움직임을 측정하는 E-Textile 더 알아보기 신축성 신소재로 건식 전극과 전선으로 원단에 적용되어 생체데이터 송수신이 가능한 E-Textile 더 알아보기 키네시올로지 테이핑을 구현하는 점착 · 신축성 실리콘 Textile 더 알아보기 자동으로 기록하고, 움직임을 분석하는 나의 스마트 피트니스 비서 TracMe는 보호대와 어플을 통해 사용자의 운동 데이터를 즉각적으로 수집하여 사용자에게 적합한 운동 프로그램을 제공해줍니다. 더 알아보기 생체 데이터를 수신하고 다양한 감각적인 전기촉감 피드백과 EMS트레이닝이 가능한 웨어러블 솔루션 ElecSuit는 의복의 편안함, 세탁 가능성, 제작비용과 같이 스마트의류가 가지고 있던 문제를 해결하였습니다. 더 알아보기 퍼포먼스 향상 및 부상방지를 위해 제작된 키네시올로지 테이핑 컴프레션 웨어 자체 개발한 점착실리콘(BWAS™)이 착용 후 운동 시 근육 피로도를 최대 35% 완화시켜줍니다. 더 알아보기 TracSil은 옷처럼 쉽게 착용하여 인체 운동 데이터를 측정하여 IMU센서와 카메라 모션 캡처보다 더 편안하게 솔루션을 제공합니다. TracSil은 최대 10,000번의 변형 주기를 견디면서 신뢰할 수 있는 데이터를 수집하여 사용자의 활동 중의 정확한 데이터를 제공합니다. 얇고 편안한 피부 안정성 내식성 신축성 세탁 가능 간편성 Utilization Structure * TracSil은 피부와 접촉하지 않아도 됩니다. Bluetooth Device 더 나은 햅틱 느낌과 피부에 대한 접착력을 향상시킵니다. 움직임 추적 스트레인센서 실리콘 Spandex Fabric 사이트 바로가기 ElecSil은 의류 내부에 쉽게 적용할 수 있게 개발된 전도성 실리콘 섬유 기술입니다. 또한 매우 얇으며 탄성과 신축성을 가지고 있기 때문에 원단과 피부에 맞춰 움직여 편안합니다. 건식 전극으로 세탁 후 재사용이 가능하여 내구성도 뛰어납니다. 전극이나 전선과 유사한 연결 구성요소로 사용됩니다. 얇고 편안한 생체신호 측정 다용도 신축성 세탁 가능 SDK ElecSil Structure * ElecSil은 피부와 접촉해야 합니다. ElecSil B (피부 접촉 부분) 더 나은 햅틱 느낌과 피부에 대한 접착력을 향상시킵니다. ElecSil A (데이터 수집) 매우 부드러우며 정확하게 데이터를 수집하여 전송하는 역할을 합니다. Spandex Fabric 사이트 바로가기 BWAS™ 점착 실리콘은 스포츠 테이핑 효과를 재현하기 위해 제작되었습니다. 6년간의 연구 개발을 거쳤으며, 다양한 체형에도 맞게 대근육 위주 테이핑으로 디자인하였습니다. 신축성이 뛰어나 원단과 함께 늘어나기 때문에 떨어지지 않습니다. 잔여물 없음 피부 안정성 신축성 땀에 강한 기능성 세탁 후 점착력 회복 통기성 우수 물결 패턴 Stretchy 신축성이 있는 실리콘으로 원단에서 떨어지지 않습니다. Adhesive Silicone 국내 유일 점착성 실리콘 기술로 피부에 직접 붙습니다. 사이트 바로가기 Movement Tracking Smart Fitness Solution 혁신적인 기술로 건강하고 스마트하게 운동 목표 달성을 이끄는 어플 TracMe는 혁신적인 기술을 활용하여 사용자들에게 맞춤 운동 계획을 제공하고, 진행 상황을 체크하며 자세한 분석을 제공하여 건강하고 스마트하게 운동 목표를 달성할 수 있도록 안내하는 어플입니다. - CES 2024 혁신상 수상 제품 Coming soon! 사이트 바로가기 생체 데이터를 수신하고 다양한 감각적인 전기촉감 피드백과 EMS 트레이닝이 가능한 웨어러블 솔루션 ElecSuit는 의복의 편안함, 세탁 가능성, 제작비용과 같이 스마트의류가 가지고 있는 문제를 해결하였습니다. e-Haptic Suit for Workouts & VR Games 사이트 바로가기 1/9 퍼포먼스 향상 및 부상방지를 위한 키네시올로지 테이핑 컴프레션 웨어 자체 개발한 점착 실리콘 (BWAS™)을 적용한 컴프레션 웨어를 입음으로써 스포츠 테이핑 효과를 누릴 수 있습니다. 점착 실리콘이 근육의 진동을 잡아주어 피로 정도를 일반적인 컴프레션 웨어 대비 최대 35% 더 완화시켜줍니다. 다양한 종목의 프로 운동선수부터 운동을 좋아하는 일반인들에게도 사랑받고 있는 웨이브웨어를 만나 그 차이를 느껴보세요. STRENGHTEN EVERY MOVE FEEL THE DIFFERENCE 사이트 바로가기 회사소개서 다운로드 기술소개서 다운로드 Discover new possibilities with wavecompany