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< Back How Exercise Slows Aging: The Science of Telomeres, Skin & Healthspan We intuitively understand that exercise is fundamental to health. It helps manage weight, builds strength, and boosts our mood. But its most profound benefits go far beyond that, targeting the very biological processes of aging itself. From protecting our cellular clocks to preserving our functional independence, a consistent exercise routine is one of the most powerful tools we have for extending our "healthspan"—the years we live in good health. Let's move beyond the basics of fitness and explore the powerful, evidence-based ways that exercise acts as our most effective intervention against the aging process. The Efficiency of Intensity: How HICT Maximizes Anti-Aging Effects To trigger significant physiological change, exercise must be potent. This is the principle behind High-Intensity Circuit Training (HICT), a method involving short, intense bursts of exercise with minimal rest. The provided illustration notes that a 20-minute HICT session can yield the effects of a full hour of moderate exercise. Proven Benefits of HICT include: Significant body fat reduction Improved cardiovascular endurance Enhanced muscle strength Furthermore, HICT triggers the "afterburn effect" (EPOC), where the body continues to burn calories long after the workout is over. This intense stimulus is a key catalyst for the anti-aging processes that follow. Protecting Our Cellular Blueprint: Exercise and Telomeres To understand how exercise impacts aging at a microscopic level, we must look at our chromosomes. At the end of each chromosome is a protective cap called a telomere. As the illustration explains, telomeres function as our biological clock. A newborn's cells can divide 80-90 times, but by the time we reach our 70s, that number has dwindled to just 20-30 divisions. This shortening of telomeres is a primary hallmark of cellular aging. The discovery of this mechanism was so foundational that it was awarded the 2009 Nobel Prize. While this shortening is natural, research shows that exercise, especially high-intensity activity, can significantly preserve telomere length by reducing oxidative stress and inflammation. By AJC1 - https://theconversation.com/end-of-ageing-and-cancer-scientists-unveil-structure-of-the-immortality-enzyme-telomerase-95591, CC BY-SA 4.0, h ttps://commons.wikimedia.org/w/index.php?curid=71691237 From Cellular Health to Functional Independence These cellular benefits directly translate into a higher quality of life and the preservation of what experts refer to as "functional ability." According to the U.S. Centers for Disease Control and Prevention (CDC), physical activity is essential for older adults to maintain their independence. The National Institute on Aging (NIA) reinforces this, stating that exercise helps you "live longer and live healthier". The benefits are concrete and well-documented: Fall Prevention: By improving balance and strengthening leg muscles, exercise directly reduces the risk of falls, a major cause of injury and loss of independence in older adults. Chronic Disease Management: Regular physical activity helps prevent and manage numerous chronic conditions, including heart disease, stroke, type 2 diabetes, and several types of cancer. Brain Health: Perhaps most critically, exercise has been shown to improve cognitive function, including memory, attention, and processing speed. The CDC notes that physical activity can help reduce the risk of dementia and improve overall brain health. Rebuilding from Within: How Muscle Activity Rejuvenates Skin The anti-aging effects of exercise are even visible on the outside. The illustration highlights a 2023 study from Scientific Reports that illuminates the connection between muscle activity and skin health. It explains that exercise activates the extracellular matrix (ECM) within the dermis, the skin's deeper layer. The ECM is the scaffolding of the skin, composed of vital proteins like collagen and elastin. When exercise stimulates the ECM, it promotes the production of these key components, leading to a thicker, more resilient dermis. This translates to improved skin elasticity, better moisture retention, and a more youthful structure. In essence, exercise sends a powerful signal for the skin to rebuild and repair itself. By combining an efficient exercise protocol with a deep understanding of its benefits, we can see exercise for what it truly is: not just a daily task, but a long-term investment in our biology, capable of slowing the aging process from our DNA all the way to our daily functional ability. References Centers for Disease Control and Prevention. (2024, November 7). Physical activity benefits for adults 65 or older . https://www.cdc.gov/physical-activity-basics/health-benefits/older-adults.html National Institute on Aging. (2025, January 14). Health benefits of exercise and physical activity . U.S. Department of Health and Human Services. https://www.nia.nih.gov/health/exercise-and-physical-activity/health-benefits-exercise-and-physical-activity Previous Next

Wave Company creates an innovative compression wear and muscle support clothing, created with our proprietary bio-silicone technologies that recreate the effect kinesiology taping has, shown through our technologies BWAS™ and ElecSil™ and our brand WaveWear. Technology& Product Let's improve your movement together. We create innovative technology and apparel with c ompression and muscle support clothing, created with our proprietary bio-silicone technologies that recreate the effect kinesiology taping has shown through our technologies BWAS™ and ElecSil™ and our brand WaveWear. We have developed a medical-grade silicone base layer with unique adhesive properties to provide support and stabilization without restricting freedom of movement. Our goal is to protect people from injury, help them heal faster and get back in action sooner. More Info Our signature product is clothing with built-in kinesiology taping using our proprietary bio-silicone technology BWAS. WaveWear allows people to move actively for workouts and exercise without the fear of pain and injury. More Info ElecSil's conductive silicone technology is a breakthrough that offers highly accurate skin resistance biometric data, which can be used in numerous fields such as education, medical, gaming etc.

Experience ElecSuit-W: Wave Company’s advanced smartwear powered by ElecSil™. Integrating EMS and VR-compatible electrotactile haptics, ElecSuit-W enhances muscle stimulation, training, and immersive feedback. Sweat-resistant, washable, and ultra-comfortable for high-performance sports, rehab, and XR use.

일렉수트는 웨이브컴퍼니의 스마트 텍스타일 기술인 ElecSil™을 사용하여 의류의 착용 편안함, 세탁 가능성 및 제조 비용과 같은 어려운 문제를 해결하는 스마트 슈트입니다 일렉수트의 차별점은 무엇인가요? 일렉수트는 웨이브컴퍼니의 스마트웨어로, 일렉실은 초경량 섬유와 피부의 움직임에 맞춰 유연하게 따라갑니다. 일렉실은 드라이 전극이기에 세탁 및 재사용이 용이하며, 섬유와 결합되어 찢어지거나 떨어지지 않아 내구성이 뛰어납니다. 응용 분야 EMS 스포츠 의료/웰빙 땀 저항성 쉬운 세탁 가능 재사용 가능한 전극 옷 1벌에 최대 3개의 시스템 탑재 EMS 전기 근육 자극 일렉수트는 EMS를 사용하여 근육에 전기적 자극을 전달, 강도 높은 운동을 시뮬레이션함으로써 신체 훈련을 향상시킵니다. 운동 루틴과 결합하면 일렉수트는 근육의 활성화를 높이고, 힘을 개선하며, 피트니스 결과를 가속화하는데 도움을 줄 수 있습니다. 일렉수트는 XR/VR 환경과 통합된 첨단 전기 촉각 햅틱 기술을 활용하여 진짜 같은 생생한 감각을 창출하고, 즉각적인 피드백을 제공하여 사용자 참여를 크게 향상시키며 가상 현실 시나리오에서 몰입감을 강화합니다. 전동 피드백 생체 데이터 일렉수트는 ECG와 EMG와 같은 정밀한 생체 데이터를 캡쳐하고 전송하여 매우 정확하고 신뢰할 수 있는 생체 활동 측정을 제공합니다. 그 정확성은 쥐와 같은 작은 동물의 미세한 심장 활동을 정확하게 모니터링할 수 있는 능력으로 입증됩니다. 의 작동 원리 전도성 신축성 실리콘 섬유 EMS (전기 근육 자극) 전기 촉각 햅틱 (Electrotactile Haptics) 생체 데이터 모니터링 (ECG, EMG) ElecSuit 버전 ElecSuit-W EMS | Haptics 응용 분야 VR Haptics EMS Weights EMS Cardio ElecSuit-X EMS | Haptics | Biometric Data 응용 분야 ECG, EMG VR Haptics EMS Weights EMS Cardio

< Back How Exercise Slows Aging: The Science Behind Movement and Skin Health Aging isn’t just about appearance. At the cellular level, it's driven by declines in energy metabolism, muscle mass, and tissue integrity. These changes accelerate when physical activity is inconsistent, poorly executed, or lacks the necessary intensity. But research shows: targeted, structured movement can significantly slow biological aging [Zhou et al., 2022] Exercise as a Molecular Intervention 1. High-Intensity Circuit Training (HICT) Triggers Longevity Pathways Short bursts of intense, compound movements (like Tabata or circuit resistance training) stimulate mitochondrial biogenesis and promote Excess Post-exercise Oxygen Consumption (EPOC). This keeps metabolism elevated for hours and activates key anti-aging mechanisms. 2. Telomere Preservation Through Load-Based Movement Telomeres, the protective ends of chromosomes, shorten with age, stress, and repeated cellular replication, a key factor in biological aging. But evidence shows that regular physical activity can help preserve telomere length and cellular health. A multi-expert consensus published in Aging Cell “Interventions to Slow Aging in Humans: Are We Ready?” highlights telomere preservation as one of the most promising biomarkers for slowing the aging process (Longo et al., 2015). The paper underscores exercise as a credible intervention to delay age-related decline through measurable cellular mechanisms. Sustained, load-based movement doesn’t just improve strength or endurance. It supports molecular resilience, helping you stay biologically younger, longer. 3. Strength Training Enhances Skin Integrity Recent studies show that resistance training boosts skin elasticity and dermal thickness by enhancing ECM gene expression and reducing inflammation, effects not equally seen with aerobic training (Nishikori et al., 2023). This mechanical stress activates skin-supporting proteins like biglycan, helping maintain hydration and firmness as we age. Figure 1. Study design showing how aerobic and resistance training improve skin health and rejuvenation (Nishikori et al., 2023). So Why Don’t More People Reap These Benefits? Most people’s routines fall short because: Intensity isn’t tracked or personalized; what you’re doing is designed for someone else. Movement quality goes unmeasured. We often focus on achieving a certain number of reps when the goal should be challenging ourselves. Effort is inconsistent over time. Progress is slow and steady, but the results are clear. Without data, even “hard” workouts may underdeliver. How Smartwear Enables Smarter Aging This “slowed-aging” once seemed to be a luxury only the wealthiest of celebrities could unlock. But now, the industry is changing, and it’s developing technologies that will massively increase access. “Wearables” are any piece of technology that may be attached during physical activity, allowing for specific metrics like heartrate, distance travelled, or even movement to be tracked. Systems like TracMe , using stretchable conductive sensors (TracSil™), measure joint motion, angles, and volume of movement in real time, with no need for cameras or lab setups. When implementing TracMe and integrated feedback via TracMe’s mobile app, users not only train at the right intensity, but know exactly how they’re progressing towards their goals. The result? Better form. Greater consistency. A physiology that physically ages slower, not just feels younger. Figure 2: TracMe, a wearable device focused on tracking movement and joint position. Made by WaveWear. Aging Happens, But the Rate Is Up to You You don’t need hours in the gym, ridiculously restrictive dieting that isn’t tailored to you , or complex devices. The science is clear: small, consistent, high-effort movement, tracked and guided, has measurable anti-aging effects. Anyone can accomplish this, why not start today. Sources Ludlow, A. T., Spangenburg, E. E., Chin, E. R., & Roth, S. M. (2014). Telomeres and their role in aging and exercise . Medicine and Science in Sports and Exercise, 46(2), 393–400. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4531065/ Nishikori, S., Yasuda, J., Murata, K., Takegaki, J., Harada, Y., Shirai, Y., & Fujita, S. (2023). Resistance training rejuvenates aging skin by reducing circulating inflammatory factors and enhancing dermal extracellular matrices . Scientific Reports, 13, Article 10214. https://doi.org/10.1038/s41598-023-37207-9 Zhou, Q., Zhang, Y., & Yu, H. (2022). Exercise-induced benefits for skin aging: The interplay between physical activity and dermal health . Signal Transduction and Targeted Therapy, 7(1), Article 263. https://doi.org/10.1038/s41392-022-01251-0 Previous Next

< Back Do Compression Garments Work? The Science of Performance & Recovery In the world of athletic performance, every advantage counts. Athletes and fitness enthusiasts constantly seek methods to train harder, perform stronger, and recover faster. Compression athleisure has become an ubiquitous part of the modern athlete's wardrobe. But what does the science say? Is there a measurable link between wearing compression garments and achieving better athletic outcomes? By examining recent scientific studies, we can deconstruct marketing claims and understand the physiological mechanisms at play. The consensus suggests a clear, nuanced correlation between compression wear and specific aspects of athletic performance and recovery. The Immediate Impact: Small but Significant Gains The theory behind compression wear is straightforward: applying mechanical pressure to the limbs is believed to enhance performance and expedite recovery. A comprehensive 2023 meta-analysis published in Applied Sciences synthesized data from 42 separate studies to quantify these effects. The researchers found that wearing compression sportswear led to statistically significant, though small, improvements in three key areas: Speed Endurance Functional motor performance (Lee et al., 2023) This finding suggests that the immediate effect of wearing compression during exercise isn't a placebo; it's a tangible enhancement. However, the benefits are not universal across all activities. The same meta-analysis failed to find significant improvements in power, strength, or specific sport-related performances. This indicates the effects are targeted rather than all-encompassing (Lee et al., 2023). Who Benefits Most? It Depends on the Goal. Delving deeper, the performance advantages of compression appear to be specific to the athlete's training level and their specific goals. For Speed, Elite Athletes See the Edge: The 2023 meta-analysis identified that elite athletes, in particular, reaped significant benefits in speed-related tasks (Lee et al., 2023). This may be due to factors such as: Increased biomechanical efficiency Enhanced proprioception (the body's awareness of its position in space) These factors are crucial for explosive, coordinated movements. For elite performers, even a marginal gain can be the difference between winning and losing. For Endurance, Moderately Trained Individuals Improve: Interestingly, the greatest endurance benefits were seen not in elite athletes, but in "moderately trained" adults. This group also saw significant gains in functional motor performance (Lee et al., 2023). The proposed mechanism is that these individuals have more room for physiological improvement. The enhanced blood flow and reduced muscle oscillation provided by compression gear may offer a more substantial benefit to them compared to highly trained athletes whose bodies have already adapted to a high level of stress (Lee et al., 2023). The Science of Recovery: Mitigating Muscle Fatigue and Damage Perhaps the most robust evidence for compression wear lies in its role in post-exercise recovery. Strenuous activity causes exercise-induced muscle fatigue, a temporary and reversible decline in the ability of muscles to produce force. A 2025 systematic review and meta-analysis in the journal Life investigated this area. It concluded that compression garments significantly mitigate the decline in both muscle strength and power after fatiguing exercise (Li et al., 2025). The mechanisms behind this are multifaceted: Enhanced Circulation and Waste Removal: Compression garments improve muscle pump function, which enhances blood circulation and venous return. This increased blood flow helps to more efficiently clear metabolic byproducts associated with muscle damage (Li et al., 2025). Reduced Muscle Oscillation: During high-impact activities like running, muscles vibrate. Compression garments help to stabilize the muscle and reduce this oscillation, which is thought to reduce mechanical damage and micro-trauma to muscle fibers (Lee et al., 2023). One study noted that compression pants helped reduce injuries by minimizing these muscle oscillations (Halász et al., 2021). Alleviated Soreness and Swelling: By applying pressure, compression garments can help reduce post-exercise muscle swelling and attenuate the inflammatory response, which are key contributors to delayed onset muscle soreness (DOMS) (Li et al., 2025). The 2025 review found these recovery benefits were most pronounced for lower-limb garments and were significant for both trained and untrained individuals (Li et al., 2025). Specifically, the positive effects on muscle strength were observable at rest intervals of 1-48 hours and over 72 hours post-exercise, highlighting both immediate and long-term recovery advantages (Li et al., 2025). The Verdict: A Strategic Tool, Not a Magic Bullet The scientific evidence clearly supports the use of compression athleisure, but it's crucial to approach it as a strategic tool rather than a cure-all. The data indicates that wearing compression garments can provide small but meaningful improvements in speed and endurance and can significantly aid in the recovery process by mitigating muscle strength and power loss post-exercise. The benefits appear to be most pronounced for: Athletes seeking speed enhancements. Moderately active individuals looking to boost their endurance. Lower-body garments, in particular, show strong evidence for improving both endurance and recovery (Lee et al., 2023; Li et al., 2025). For any athlete looking to optimize their performance and accelerate recovery, the science suggests that incorporating compression wear is a valid, evidence-based strategy. It won't transform an amateur into a professional overnight, but it can provide a tangible edge in the pursuit of peak performance. References Halász, M., Geršak, J., Bakonyi, P., Oroszlány, G., Koleszár, A., & Szabó, O. N. (2021). Study on the Compression Effect of Clothing on the Physiological Response of the Athlete. Materials (Basel, Switzerland) , 15 (1), 169. https://pmc.ncbi.nlm.nih.gov/articles/PMC8746162/#sec4-materials-15-00169 Lee, H., Kim, R.-K., Chae, W.-S., & Kang, N. (2023). Compression Sportswear Improves Speed, Endurance, and Functional Motor Performances: A Meta-Analysis. Applied Sciences , 13 (24), 13198. https://www.mdpi.com/2076-3417/13/24/13198 Li, X., Su, H., Du, L., Li, G., Lv, Y., Liu, X., Feng, L., & Yu, L. (2025). Effects of Compression Garments on Muscle Strength and Power Recovery Post-Exercise: A Systematic Review and Meta-Analysis. Life , 15 (3), 438. https://www.mdpi.com/2075-1729/15/3/438 Previous Next

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 ElecSil™ Dry Electrodes vs. Thread & Gel for EMG/EEG: A Technical Comparison In wearable technology, accurately measuring the body's electrical signal, like electromyography (EMG) from muscles and electroencephalography (EEG) from the brain, is a key challenge. For decades, this has relied on sticky, single-use gel electrodes. While effective, they are far from ideal for continuous, real-world monitoring. The search for a better solution has led to innovations like conductive threads. However, truly seamless integration requires a new approach. This is where Wave Company's ElecSil™ technology enters the conversation. As a conductive silicone smart textile, ElecSil™ is engineered to overcome previous limitations. Let's explore the technical differences that set it apart. ElecSil™ vs. Disposable Gel Electrodes The most common method for clinical biosignal measurement uses disposable Ag/AgCl (silver/silver chloride) electrodes. These are considered the "gold standard" for signal quality due to a wet gel layer that creates a stable, low-impedance connection with the skin. However, anyone who has used them knows their significant drawbacks. Disposable Electrodes: Mechanism: A metal electrode with conductive gel and an adhesive patch. Limitations: Gel is cold, sticky, and can dehydrate, degrading signal quality. Adhesive often causes skin irritation, making long-term use uncomfortable. Single-use nature creates significant waste and recurring costs. Impractical for integration into everyday clothing for dynamic monitoring. ElecSil™ Technology: Mechanism: A dry electrode made of a conductive, stretchable silicone material (ElecSil™) directly integrated into fabric. Advantages: Eliminates gels and adhesives, avoiding skin irritation and dehydration. Ultra-thin (less than 1mm), flexible, and moves with the body. Tested to endure over 100 wash cycles, making it durable and reusable. Enables true smart garment integration for continuous EMG and EEG monitoring during sports, work, or daily life. ElecSil™ vs. Conductive Thread Electrodes Early smart textiles attempted to solve the problem by weaving or embroidering conductive threads into garments. While a major step forward, this method has its own technical challenges. Conductive Thread Electrodes: Mechanism: Threads made from or coated with conductive materials (like silver or carbon) are embroidered or woven into fabric to create an electrode patch. Limitations: Fine conductive fibers can degrade after repeated stretching and washing, leading to conductivity loss. Electrical properties can be inconsistent. Significant motion artifacts (signal noise from movement) due to unstable contact between rigid fibers and skin. ElecSil™ Technology: Mechanism: ElecSil™ is not a thread, but a cohesive layer of conductive silicone that is printed and interlocked with the fabric. Advantages: Superior resilience due to its bulk material structure, resisting stretching and twisting from wear and washing. Elasticity maintains stable, conforming skin contact, reducing motion artifacts for more accurate EMG and EEG signal collection. Highly resistant to corrosion from sweat, crucial for active wearables. The Verdict: Enabling the Future of Wearables The choice of electrode is fundamental in biosensing wearable design. While disposable electrodes served their purpose and conductive threads paved the way, neither fully delivers on the promise of seamless, long-term monitoring. By creating a stretchable, washable, durable, and biocompatible dry electrode system, ElecSil™ overcomes the core limitations of previous technologies. It provides the high-quality signal measurement required for meaningful EMG and EEG analysis without compromising comfort or practicality. This robust technical foundation finally makes high-fidelity biosensing possible in our everyday clothes. References Kubsik, D., Krupecki, P., & Słowińska-Lisowska, M. (2023). The Effect of Kinesiology Taping on the Improvement of Sports Performance in Healthy Athletes—A Review. International Journal of Environmental Research and Public Health , 20 (14), 6344. https://pmc.ncbi.nlm.nih.gov/articles/PMC10377545/ Moreno, M. V., Chaset, L., Bittner, P. A., & Barthod, C. (2013). New reusable electrodes for assessing body composition. Journal of Physics: Conference Series , 434 (1), 012026. https://www.researchgate.net/publication/258800864_New_reusable_electrodes_for_assessing_body_composition Previous Next

< Back Comparative Insights into Kinesiology Tape and Wavewear From Tape to Tech: Evaluating the Performance and Environmental Impact of WaveWear vs. Traditional Kinesiology Tape Abstract Since the late 2000s, kinesiology tape has seen a drastic increase in popularity and consumption, especially among athletes. But what exactly is it? Kinesiology tape is an elastic therapeutic tape made from a thin, stretchy, synthetic fabric. It's designed to mimic the elasticity of human skin and muscles, providing dynamic support without restricting your range of motion. However, kinesiology tape requires precise application to deliver its full benefits. That's where WaveWear comes in. This report will dive into the differences between WaveWear and traditional Kinesiology tape, highlighting key differences such as application process, sustainability, and effectiveness. Application Process For traditional kinesiology tape, widely used in therapeutic and sporting industries, the application process can be challenging. Thousands of videos explain how to apply the tape properly to each specific body part, yet misapplication is common, leading to less effective results. There are many guidelines to follow to try and ensure the best results, and the list is extensive. Some main tips include applying the tape to a clean area, free of dirt, oils, or sweat, and shaving longer body hairs for better adhesion (Andrýsková & Lee, 2020). Key Application Challenges: The same tape is recommended not to be worn for more than a day to avoid skin irritation, meaning new tape must be applied daily. According to the National Library of Medicine, "Approximately 2–3 cm of the starting and ending point of the tape needs to be applied to the skin without any stretching" (Andrýsková & Lee, 2020). These numerous specifications for optimal results often lead to less positive outcomes for users. Even with helpful videos, many still suggest that taping should be done by professionals. It requires a "certain clinical background," making it less accessible for the everyday user to fully benefit from the product (Castro, 2023). Figure A On the contrary, WaveWear boasts a more straightforward application process, making it significantly more user-friendly and easier to unlock its full benefits. WaveWear incorporates AlignX . This AlignX technology has been researched and developed for six years. It’s mapped in a waved design to recreate the effects of kinesiology taping (refer to Figure A above). A primary reason for WaveWear's creation was to offer an easier way to gain kinesiology tape benefits without the complex application. The AlignX technology also performs well with sweat and is CE Medical Class 1 approved, meaning it's non-toxic and safe for your skin. While the ease of application might subtly differentiate WaveWear's effectiveness when compared directly to traditional kinesiology tape, it offers many more benefits that we will explore further. Sustainability One significant aspect that distinguishes kinesiology tape and WaveWear is sustainability. Let's first analyze the sustainability of traditional kinesiology tape, an area still in heavy need of innovation. Kinesiology tape is typically bought in a roll and cut into specific pieces for use. A single roll may last around a month, with individual applications lasting 3-5 days, though daily switching is often recommended. With 15-20 applications per roll, continuous repurchasing is necessary. This frequent need to switch tapes every few days generates a substantial amount of waste that quickly adds up over time. Despite brands marketing the tape as breathable or skin-friendly, kinesiology tape is neither compostable nor recyclable, as it is not biodegradable. This creates a continuous plastic-based waste stream, especially in clinical or athletic settings. While more environmentally friendly tapes have been developed as sustainability becomes a pressing issue, they often compromise key beneficial features for eco-friendliness. WaveWear, however, has found a compelling solution to the sustainability issue through its washable and reusable products . WaveWear combines its AlignX technology, which acts as the kinesiology tape, with compression wear material clothing. This innovative approach gives their product a remarkably long-lasting lifespan. WaveWear offers consumers a sustainable option that also benefits them financially. The ongoing purchase of new kinesiology tape rolls can become increasingly expensive. With WaveWear, the initial product cost is quickly offset by the extensive use one item provides, with a single product lasting for many years. Crucially, the stickiness of the AlignX technology does not decrease after each wash, ensuring a consistently sustainable solution to kinesiology tape. Effectiveness and Use Comparing the effectiveness of kinesiology tape and WaveWear products is unique due to the additional benefits WaveWear provides beyond acting as kinesiology tape. Focusing first on traditional kinesiology tape, numerous studies commonly find it highly effective in reducing pain and likely preventing injuries, especially in athletes (Dehghan et al., 2023). Kinesiology tape's use extends beyond athletics, frequently appearing in medical or therapeutic practices. It's a common component in physical therapy routines for those recovering from injury, offering extra support to targeted areas. The tape promotes better blood flow in targeted areas by gently lifting the skin off underlying muscles and fascia, creating space between them (Le, 2023). Overall, users experience high effectiveness when the tape is applied correctly, which is why the kinesiology tape market alone is valued at around 500 million USD in America. Figure B How do WaveWear's benefits differ from those of regular kinesiology tape? To start, WaveWear offers similar support for injury prevention and targeted muscle support through its AlignX technology alone. When looking at Figure B, the peel strength of WaveWear’s AlignX technology is slightly lower than that of average kinesiology tape. These test results indicate that WaveWear's "kinesiology" aspect has a slightly less aggressive grip than traditional tape. However, this can actually be a benefit, especially when wearing the product for a prolonged period. The lower peel strength contributes to less skin irritation and still provides sufficient support, while also reducing the discomfort associated with removing the tape. The AlignX technology achieves an outstanding balance between performance and comfort, sticking well enough for effectiveness, but being gentler on the skin. Beyond the AlignX technology and its kinesiology aspect, WaveWear also provides the inherent benefits of compression wear . WaveWear integrates AlignX technology directly into its compression garments. This allows for enhanced support to muscles and joints, along with a faster warm-up time due to increased compression. Combining AlignX technology with compression wear delivers the benefits of both kinesiology tape and compression wear in one product, leading to an even more sustainable solution by reducing the overall plastic needed for maximum muscle support and injury prevention. *Bio Waved Adhesive Silicone (BWAS) was changed to AlignX. References Andrýsková, A., & Lee, J.-H. (2020). The Guidelines for Application of Kinesiology Tape for Prevention and Treatment of Sports Injuries. Healthcare , 8 (2), 144. https://doi.org/10.3390/healthcare8020144 Dehghan, F., Fouladi, R., & Martin, J. (2023). Kinesio taping in sports: A scoping review. Journal of Bodywork and Movement Therapies , 40 . https://doi.org/10.1016/j.jbmt.2023.05.008 John B. Castro, P. (2023, September 20). Kinesiology tape: What it is and how to use it . Hospital for Special Surgery. https://www.hss.edu/health-library/move-better/kinesiology-tape Le, K. (2023, May 23). The benefits of kinesiology taping for injury prevention: Hyperhealth. RSS. https://www.hyperhealth.com.au/post/the-benefits-of-kinesiology-taping-for-injury-prevention Previous Next

What we’re showcasing at SPORTEC 2025 Wave Company, the Korean innovator in wearable health technology, announces its first-ever appearance in Japan at SPORTEC 2025, taking place in Tokyo from July 29 (Tue) to August 1 (Fri). The company will showcase its flagship smartwear products and cutting-edge stretchable silicone technologies to explore new partnerships and distribution opportunities in the Japanese market. Looking for partners in SPORTEC 2025 Meet Wave at SPORTEC TOKYO Booth no. E4-6-12 Be our partner! We are meeting with buyers and potential partners to discuss partnership opportunities. Find our earliest update We look forward to introducing our innovative products and services, and exploring ways we can collaborate together. Book a meeting 프로그램 접속이 불가능하신 분들은 sales@wavecompany.net 으로 문의주시길 바랍니다. OUR TECHNOLOGY Stretchable sensor-integrated textile for joint motion analysis Learn More Stretchable e-textile with integrated dry electrodes and wiring for biophysical signal transmission Learn More Adhesive and stretchable silicone textile that mimics kinesiology taping Learn More Smart fitness assistant that records and analyzes your every move TracMe uses a wearable support and app to instantly collect your movement data and provide personalized fitness programs. Learn More Advanced wearable solution for biometric signal reception, immersive electro-haptic feedback, and effective EMS training." ElecSuit makes smartwear truly wearable—comfortable, washable, and affordable. Learn More Stress-free comfort Balance Wear Kinesiology taping compression wear designed to enhance performance and prevent injuries. Learn More TracSil offers a comfortable alternative to IMU sensors and camera-based motion capture by seamlessly integrating into garments to measure human movement data. It can withstand up to 10,000 deformation cycles while reliably collecting accurate data during user activity. skinny stable corrosion-resistant stretchy washable immediate Utilization Structure *TracSil does not require direct contact with the skin. Bluetooth Device transmits sensor data to the mobile device. Motion-tracking soft sensor Spandex Fabric Learn More ElecSil is a conductive silicone fiber technology developed for easy integration into garments. It is extremely thin, elastic, and stretchable, allowing it to move comfortably with both the fabric and the skin. As a dry electrode, it is washable and reusable, offering excellent durability. It functions as a flexible connector, similar to traditional electrodes or wiring. Ultra Skinny Biosignals Versatile Stretchy Washable SDK ElecSil Structure ElecSil must be in contact with the skin. ElecSil B (피부 접촉 부분) enhances haptic sensation and adhesion to the skin ElecSil A (데이터 수집) extremely soft and accurately collects and transmits data Spandex Fabric extremely soft and accurately collects and transmits data Learn More It was created through six years of research and development, and is designed to target major muscle groups, adapting well to various body types. Its excellent elasticity allows it to stretch with the fabric without peeling off. After washing, the adhesive properties are restored, and its soft physical structure provides effective support for both muscles and joints. Residue Free Skin Safety Test Stretchy Works better with Sweat Washable Breathable Stretchy stretches up to five times more than human skin Adhesive Silicone provides 80% of the adhesive strength of kinesiology tape Learn More 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! Learn More 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 Learn More 1/9 Kinesiology Taping Compression Wear for Performance Enhancement and Injury Prevention Experience the benefits of sports taping simply by wearing WaveWear — compression wear embedded with our proprietary adhesive silicone technology, AlignX™. It reduces muscle vibration and fatigue, offering up to 35% more fatigue relief compared to conventional compression wear. Trusted by professional athletes across various sports and loved by fitness enthusiasts alike, WaveWear helps you move better, recover faster, and perform at your best. Feel the difference with WaveWear. STRENGHTEN EVERY MOVE FEEL THE DIFFERENCE Learn More Discover new possibilities with us

Discover the technology behind smart clothing. WAVE creates innovative e-textiles—washable, stretchable fabrics with circuits woven directly in. See how our tech is powering the future of fitness, health, and wearable gear. Smart Textile Tech Advancing human movement by providing solutions through Wave's Smart Textile research and development. 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 Smart Tech Components ElecSil™ (Electronic Silicone) Conductive Stretchable Silicone Textile Providing 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. LEARN MORE TracS il (Track i ng Silicone ) Movement Stretchable Silicone Textile TracSil 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. LEARN MORE TracM e (Electro nic Silicone) 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. LEARN MORE DISCOVER NEW POSSIBILITIES GET IN TOUCH