Wave Company has signed agreements with various sports brands around the world, such as Mikasa, D&M, and Smart Shake. We import and distribute reliable products in Korea. Our Distributions Mikasa is the world's No. 1 volleyball brand. Mikasa Volleyball has been used a s the official match ball for the Olympic Ga mes since 1963. FIVB has designated Mikasa as its official match ball. Mikasa Volleyball is used in the most competitive matches. Go to website D&M is one of Japan's oldes t sports companies founded in 1902. It is a multinational company that entered the United States at the same time as it was founded. They insist on producing their own protective gear with their own knitting machines. Currently, world-famous sports teams are using D&M products for rehabilitation and competition. Go to website Black Yak, founded in 1973, is a leading outdoor brand from South Korea, specializing in functional apparel and gear for hiking and exploration. As a domestic distribution company, we primarily focus on the South Korean market. Known for its high quality and durability, Black Yak uses high-performance materials and fabrics while prioritizing sustainable product development. With stylish designs suitable for both outdoor activities and everyday wear, Black Yak is a brand loved both locally and internationally. Go to website Smart Shake was released in 2009. It is made for gym goers and body builders. It Is made of non-toxic plastic that is safe for the human body while enduring high heat or freezing temperatures. It also includes functional trunks to carry protein powder or shakes. Active people can have a more energetic day through Smart Shakes. Go to website

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

WaveWear is the brand name of clothing and sleeves with compression and built-in kinesiology taping using adhesion bio-silicone technology, BWAS. WaveWear Feel and Function with WaveWear is the brand name of clothing and sleeves with compression and built-in kinesiology taping using adhesion bio-silicone technology, BWAS™ . Wave Company's mission is to make innovative sportswear that aids human movement. We make professional compression wear with built-in kinesiology taping using our proprietary bio-silicone technology. Our products are designed to improve your game and help you perform at your best - whether you're an athlete or just someone who wants to look good while they work out. We are not a traditional sports apparel company and do not want to be one. Our goal is to create a new category of sports apparel that helps athletes perform better and recover faster by improving their muscle function and blood flow. We believe that every athlete deserves to feel comfortable in their own skin so they can perform at their best without distraction and any compromise on quality. The Concept + Supports Muscles & Joints Warm-up faster Relieves muscle pain & fatigue Prevents injury Both benefits in ONE Why Should You Choose WaveWear? Scientifically Proven to relieve muscle fatigue by up to 35% compared to traditional compression Smart Compression provides more support on joints when needed AutoFit Kinetic Tape locates instantly & correctly Save Money with washable & reusable taping Reviews Xavier "I like compression wear, and from the experienceI like compression wear, and from the experience of trying on various products, I have never found a product that is as good as this in terms of functionality. I ran tiredly as usual, but I still had some strength. It feels like "magic". It seems that I will not be able to wear other compression wear from now on. WaveWear Benefits Relieves Muscle Pain The lifting action of the adhesive bio-silicone relieves pressure on the pain receptors under the skin. Speeds Recovery Enhanced circulation accelerates the removal of waste such as lactic acid in fatigued and overused muscles that limit the ability to continue exercising. Reduces Swelling "I have bad varicose veins in my legs so I often wear compression knee socks. With WaveWear my legs feel much less swollen after the workouts..." Stabilizes Muscles & Joints "I have bad knees, so I often wear knee supports when I exercise... I don't need to put on extra knee supports for running anymore." Prevents Cramps Reduced pressure on the lymphatic system makes it easier to eliminate toxins and excess fluid that cause cramps. Improves Posture "WaveWear kept me positioned well and safely without removing any of my mobility, and it was comfortable and secure to boot." Enhances Performance "I don't know what it is. But when I have it on it's tight in a good way and I feel safer for some reason. So when I push or pull I just seem to feel better, therefore I am lifting a heavier weight" WaveWear Tests Test 1. WaveWear is the best at relieving muscle fatigue The value of WaveWear has been proven in a four-week clinical trial where WaveWear(adhesive silicone on compression) was compared with (1) compression; (2) compression and kinesiology tape; (3) non-adhesive silicone on compression. By dividing the break time, exercise time, and recovery time, a blood test was taken to measure lactic acid accumulation, respectively. Although lactic acid accumulation is not the direct cause of muscle fatigue, lactic acid is present along with it. The results showed that WaveWear reduced the lactic acid by up to 35%, which is the highest figure compared to control groups. Test 2. WaveWear provides 3x more compression on the joints Since WaveWear's adhesive taping product was developed, we have conducted pressure comparison tests. The results showed that WaveWear had the largest difference between pressure measured in the sitting and standing postures, by about threefold. It means that WaveWear's built-in adhesive silicone supports joints well (shown by the greatest pressure measured in the bent position), but less pressure in the standing posture means that WaveWear is comfortable (least pressure) when the joint is not in action. Major compression leggings brands that were compared showed that there was less compression when bending the joints. Shop with WaveWear Check out our available products at wavewear.cc Shop Now

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. Join Now Learn More on the official TracME site Visit our official TracME site to explore the full AI fitness experience, from real-time movement tracking to personalized routines. TracME sleeves and kits are available for purchase on wavewear.cc Go to tracme.cc TracME News & Stories How TracSil™ Smart Textile Sensors Accurately Measure Joint Angles: Rigorous Wearable Motion Testing Wave Company rigorously tests TracSil™ smart textile sensors for reliable real-time motion tracking, accurate joint angle data, and the TracMe wearable experience. Jan 15 2 min read Wave Company Hosts Tech Seminar for University of North Texas (UNT) Winter Study Abroad Program Wave Company hosted a technical seminar for University of North Texas (UNT) students, showcasing its proprietary ElecSil® and TracSil® materials and the AI-driven healthcare solution 'TracMe' as part of a global academic exchange in South Korea. Jan 12 2 min read 1 2 3 4 5 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. Join Now 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

Wild Spirit Client: Matthew Wagner Year: 2023 This is placeholder text. To change this content, double-click on the element and click Change Content. To manage all your collections, click on the Content Manager button in the Add panel on the left. 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

404: Page Not Found The page you’re looking for is out of balance. Shall we guide you back with WaveCompany’s technology? Explore Technology