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- List of sporting goods manufacturers
- Sports, Sporting Goods and the Sports Business
- Sports Equipment manufacturers & suppliers
- Fitness Equipment manufacturers & suppliers
- Access from any device, anywhere
- New Materials Spur Innovation in Sporting Goods Manufacturing
- Top 10 Gym Equipment Manufacturers in China (2018)
List of sporting goods manufacturers
Ski manufacturers rely heavily on the latest innovations in lightweight materials. Photo courtesy Fischer Sports GmbH. Fishing lures, ping-pong paddles and other plastic sporting goods are assembled with ultrasonic welding equipment. Photo courtesy Branson Ultrasonics. Excess carbon fiber from Dreamliner production is used to make football shoulder pads.
Photo courtesy Boeing Commercial Airplanes. Graphite, magnesium, titanium and advanced aluminum alloys are widely used in golf clubs. Photo courtesy Dicks Sporting Goods Inc. Engineers are attempting to reduce the production cost of a high-end fishing reel by 50 percent.
Photo courtesy Okuma Fishing Tackle Corp. These carbon-fiber bicycle wheels feature an integral suspension system. Photo courtesy Jelly Products Ltd. Flexing properties in skis are crucial because of compression on the top side and tension on the underside. Photo courtesy Atomic Austria GmbH. Sports equipment comes in all shapes and sizes. The diverse industry includes bicycles, camping gear, fishing tackle, fitness equipment, hunting rifles and scopes, kayaks, scuba gear and diving equipment, and skis.
Unlike other types of consumer products, sporting goods have two unique market niches: professional athletes and amateurs who engage in sports for leisure. Cutting-edge products developed for professionals often trickle down to weekend warriors. And, the competitive industry readily adapts technology from other fields, such as automotive, aerospace, medical devices and consumer electronics.
But, if it does perform better, it can revolutionize a market overnight. The organization works on projects that combine sports and multiple engineering disciplines, including aerodynamics, heat transfer, human factors, thermodynamics and vibration. Students and faculty have worked with a variety of sports equipment manufacturers on products ranging from kiteboards to skis.
One ongoing project involves high-end fishing reels manufactured by Okuma Fishing Tackle Corp. The MIT team recommended ways to make the product stronger and less susceptible to breakage by replacing some die-cast parts with plastic components.
They also suggested ways to stiffen the spinner and make the reel more corrosion resistant. Sporting goods engineers covet lightweight materials that can enhance athletic performance and lower the risk for injury.
Graphite, magnesium, titanium and advanced aluminum alloys are widely used in golf clubs, tennis racquets and racing bikes. Plastics are also popular, because they are colorful and can be easily molded. For instance, nylon is used to make inline skates and bicycle components; polyamide is used for skis, snowboards, bindings and boots; and polyurethane is used for shoes and skates.
The material is popular for bicycle frames, fishing rods, golf shafts, snow skis, surfboards, tennis racquets and other products because it offers compression and lateral stability, as well as light weight, strength and durability. Manufacturers of skis and bicycles have been pushing the envelope with composite designs. Flexing properties in skis are crucial because of both compression on the top side and tension on the underside. In fact, engineers at Head NV recently teamed up with Audi AG to develop a carbon-fiber ski that weighs grams less than comparable models.
That allows it to be incredibly maneuverable and agile on the slopes. Carbon fiber encloses layers of aluminum and titanium, as well as a wood core. That combination of materials allowed engineers to achieve optimal stiffness while also minimizing torsion, which is the twisting of the ski along its longitudinal axis. The bike industry has also pioneered lightweight materials. Mass-produced bikes typically use low-cost, steel frames and lots of plastic components.
However, high-end racing bikes depend on carbon-fiber composites, magnesium and titanium. While composites have traditionally been used to make frames, the material is slowly finding its way into wheels and other bicycle components.
In fact, engineers in England recently reinvented the wheel by applying carbon fiber technology. Unlike a traditional spoke wheel, their "loopwheel" features an integral suspension system. There are three "springs" in each wheel, which work together as a self-correcting system. The spring configuration allows for torque to be transferred smoothly between the hub and the rim. Carbon-fiber composites originally developed for aerospace applications are also now flying around on football fields.
Boeing Commercial Airplanes and Russell Brands LLC are working together to incorporate excess carbon fiber from the Dreamliner to produce football shoulder pads.
The aerospace-grade material provides a high strength-to-weight ratio and greater durability. That provides an increased range of motion and a more secure fit for running backs, wide receivers and other athletes. Engineers at Bauer Performance Sports recently spent more than two years developing a new line of lightweight hockey equipment.
By using carbon-fiber composites, they created skates that are more than 30 percent lighter than conventional products.
That allows professional hockey players to move faster and save more than 1, pounds of lifted weight over the course of a regulation game.
Bauer engineers also developed a protective body suit that is more than four pounds lighter than traditional equipment, which increases mobility. And, unlike traditional materials used in protective equipment, the high-end foams and composites can be customized to each individual player. One of the biggest trends changing the way that sporting goods are designed and assembled is wearable electronics. Products embedded with sensors and microchips can measure everything from heart rates and speed to exertion and arm movement.
Paired with analytical software, the devices allow athletes to monitor and improve their performance. The convergence of electronics and sports is attracting interest from both start-up companies and large industry players. For instance, a small firm called Arccos Golf LLC has just launched a product that features a set of 14 sensors that are attached to the ends of golf club grips. The sensors capture critical data and provide instant access to information, such as distances hit and driving accuracy.
Sony Corp. It features vibration analysis mechanics that analyze various player movements, such as shot count, ball impact spot, swing speed, ball speed and ball spin. One of the largest players in the industry, Wilson Sporting Goods Co. In fact, it recently licensed wireless motion sensor technology developed at the University of Michigan.
Wilson plans to use the inertial sensors in its line of football and tennis products. The sensor technology was developed by Noel Perkins, a professor of mechanical engineering at Michigan and an avid fisherman who was trying to improve his fly-casting technique. By embedding wireless inertial sensors in his fly rod, Perkins discovered that he could record an enormous amount of useful information—up to 6, pieces of data per second.
His lab also developed algorithms that interpret those pieces of data that are of most interest to athletes and their coaches. New technology being developed for military applications, such as augmented-reality displays and exoskeletons, could eventually find their way into sporting goods. In fact, Hosoi believes there will be a convergence between military applications and sporting goods within the next few years.
Sports equipment is assembled with a wide variety of joining processes, including adhesive bonding, mechanical fastening and ultrasonic welding. For example, golf club manufacturers rely on several types of adhesives.
Epoxies are also used to assemble baseball bats, bike frames, bows, arrows, canoes, tennis racquets and other sports equipment. On the other hand, badminton shuttlecocks are assembled with hot-melt adhesives. Ultrasonic welding is used to assemble plastic sporting goods ranging from fishing lures to ping-pong paddles.
As demand for wearable sporting goods increases, ultrasonic welding may become more popular. Fasteners are typically used to assemble sporting goods that rely on mechanical components, such as bicycles and fishing reels. But, they're also used in football helmets and other protective gear. This website requires certain cookies to work and uses other cookies to help you have the best experience.
Assembly Magazine logo. This sensor analyzes various movements of tennis players. Photo courtesy Sony Corp. November 3, Lightweight Materials Sporting goods engineers covet lightweight materials that can enhance athletic performance and lower the risk for injury. Embedded Electronics One of the biggest trends changing the way that sporting goods are designed and assembled is wearable electronics. Airbus harnesses automation to boost fuselage production. Colorado develops grid-storage battery technology.
Electric vehicle makers rethink assembly processes. He has more than 21 years of b-to-b publishing experience and has written about a wide variety of manufacturing and engineering topics. Austin is a graduate of the University of Michigan. Assembly Magazine. Check it out today!
Sports, Sporting Goods and the Sports Business
We Offer a complete line of newest sporting goods and equipment for all of your sporting buying demands. Our China suppliers carry the largest inventory of quality sporting goods, hunting, fishing and camping equipment for sale. Learn more about the latest news of the sporting goods industry in our trade resources center.
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Sports Equipment manufacturers & suppliers
Invalid Email. Invalid contact no. Special Symbols Not Allowed. Invalid Security Code. Fitness Equipment Market Overview:. Asia-Pacific is expected to witness the fastest growth, owing to increasing demand from developing countries such as India and China. Fitness equipment are used for physical exercises for managing weight, improving physical stamina, and developing muscular strength. The most commonly used cardiovascular equipment are treadmills, elliptical, and stationary bikes. They stimulate the heart rate as well as help in burning excess body fat and maintaining the overall health and fitness. They comprise free weights and other strength machines.
Fitness Equipment manufacturers & suppliers
Visit Us Contact Us. Jochen M. Sports fans around the world have been spellbound by the achievements of athletes participating in the Olympic and Paralympic Games in London. In previous issues, WIPO Magazine has offered a variety of perspectives on the importance of intellectual property IP to different sports organizations. This article explores the importance of IP protection from the perspective of the sporting goods industry.
The report also includes a discussion of the key vendors operating in this market. Global Sporting Goods Industry Research report provides information regarding market size, share, trends, growth, cost structure, capacity, revenue and forecast This report also includes the overall and comprehensive study of the Sporting Goods market with all its aspects influencing the growth of the market.
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Sardar Ganda Singh Oberoi found a vision to start this industry who founded Oberoi Limited in Sialkot and made first export of sports goods to England in May When India was partitioned in , many of Sialkot's skilled Hindu craftsmen migrated across the border into Punjab, settling in Jalandhar and Meerut, where the Indian sports goods industry is now based. Since the craftsmen were settled in these areas, the entrepreneurs started pouring in Jalandhar and Meerut and thus started the present Indian Sports Goods Industry in precisely. The sports goods industry in India has witnessed a phenomenal growth over the past six decades and now occupies a place of prominence in the Indian economy in view of its massive potential for employment, growth and export.
New Materials Spur Innovation in Sporting Goods Manufacturing
The top 10 gym equipment manufacturers in China are also some of the largest gym and fitness equipment suppliers in the global fitness industry — not only providing some of the best-selling gym products in China, but also exporting a significant amount of fitness equipment on the original equipment manufacturing OEM and original design manufacturing ODM basis in the global market. Despite competition in the gym equipment market in China, the top 10 gym equipment manufacturers in China are still leading the market, mainly thanks to their strong presence in both the domestic and international markets. Rising awareness among people to manage overall weight, improve physical health, and develop muscular strength are the main factors that are driving the fitness market in China. Meanwhile, government initiatives for promoting good health coupled with increased obese population are fuelling up the market. In addition to this, the change in lifestyle and increasing disposable incomes among Chinese people are also boosting the gym and gym equipment market in China. Currently, most of the leading gym and fitness equipment manufacturers in China are concentrated in southeast coastal regions such as Shanghai, Guangdong, Shandong, and Jiangsu provinces. They design, manufacture and sell some of the most popular gym equipment products, such as strength training equipment, cardiovascular training equipment, elliptical, rowing machine, stationary bike, treadmills and so on, to both domestic and international market.
Top 10 Gym Equipment Manufacturers in China (2018)
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The sportswear industry in Indonesia has seen an increase in export sales and foreign investment in recent years. The relatively stable global demand, especially in developed countries, has helped fuel the growth of the industry as the majority of sportswear products manufactured in Indonesia are exported overseas. Moreover, sports have increasingly gained popularity in Indonesia along with the rise of a young and more health conscious population.
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See, which brands obtain and sell their products. Imagine you could identify manufacturers based on their proven specialization and their former customers. Learn how to find your most suitable manufacturers for fitness equipment within minutes! This list is based on verified inside information about suppliers worldwide and can not be falsified. The largest one is Lighting or signalling equipment; electrical, excluding articles of heading no.
High performance business, increased ROI, enhanced web presence would be the results of our advertising techniques. AMarble Co is a Turkey based company specialising in the manufacture and supply of natural stones for construction groups shopping malls hotels and sports stadium builders We are one of the leaders in the fields of exploration and mining processing and exporting natural stones AMarble Co supplies high quality natural…. Floor Zone an ISO certified company has experienced extraordinary growth with the constant efforts of being one step ahead in anticipating the constantly changing needs of the market Floor Zone has impeccable product quality and provides turnkey solutions to suit every need in the areas of commercial residential and…. Action Floor Systems LLC is a leading manufacturer of Hard Maple Flooring for sport floor surfaces such as basketball volleyball badminton handball squash and racquetball Action has many other floor system designs that are engineered to achieve the desired floor surface performance Action can provide Permanent floating systems fixed resilient….