This bouncy mechanism enables people to jump higher than they ever could on solid ground. This ability is even used on a professional level among gymnasts who need trampolines to help them perform incredible maneuvers in the air. Read More…
Leading Manufacturers
R & L Spring Company
Lake Geneva, WI | 262-249-7854Established in 1972, our trusted company is a leading manufacturer, producing high quality coil springs, among others. Handcrafted prototypes are handled with care and precision in our Tool & Die Shop. Additionally, we provide assembly services and can produce special forms not fit for machine operations. Give us a call today to get a start on your next project, or visit our website.
Royal Coil, Inc.
Woodstock, IL | 888-795-2645As a manufacturer of mechanical springs, Royal Coil can punch press, die tool & four-slide to produce an array of springs such as compression springs with diameters from .008 - .250, extension springs from .008 - .209 diameters, & torsion and double torsion springs ranging from .008 - .209 diameters. ISO 9001:2000 certified, we manufacture quality custom industrial springs such as coil springs.
Rockford Spring Company
Rockford, IL | 815-968-3000Quality is our number one priority. We have over 60 years of experience! You can trust our company to only offer the most durable, quality coil springs and other spring products in the industry. We work with many industries, including aerospace, military, commercial, and automotive. You will find that we will always have the perfect solution for you. Contact us for details!
Sterling Spring Corp.
Chicago, IL | 800-969-7884Sterling Spring has offered high-quality springs since 1953. Our product line includes compression springs, coil springs, torsion springs, extension springs and industrial springs. We offer just-in-time delivery and cost-effective prices, regardless of your ordering volume.
WCS Industries
Muskego, WI | 262-682-4711It is our belief that all customers deserve the very best- whether large or small. We take the time to work with each individual customer to create the perfect springs solution for their needs. We will not turn away a customer from any industry, and we will use our expert engineering experience to help create the perfect spring product for you. Find out more by contacting us online today!
Trampoline Springs - All-Rite Spring CompanyThe strong, elastic fabric of a trampoline, combined with the many springs that support it, make the creation of this kind of upward momentum possible. When a person jumps, their body weight comes back down and stretches the springs. The springs then try to return to their natural shape, causing everything to tighten and the person on the trampoline to go upwards again.
The higher they go, the more the impact of their landing stretches the springs when they come back down. An equal force is then exerted as the springs pull together again.
Trampoline Springs - All-Rite Spring CompanyBecause the weight of a human body or multiple human bodies can cause so much strain when jumping up and down, trampolines are built using strong, durable springs that are fitted the entire way around the trampoline frame. The springs are fastened into the steel frame on one end, and securely hooked to the elastic trampoline fabric on the other end. They are placed only inches apart so that the impact of any force is shared equally among them.
Many suppliers sell replacement springs for trampoline owners in case the original springs begin to break or lose their force from constant use. A trampoline spring is really just a strong coil spring manufactured to meet the specifications of a particular trampoline on the market. When a company decides to design a new trampoline, they will commission engineers to design springs that can handle a weight capacity that is compliant with the product’s purpose and the other materials used.
The trampolines that gymnasts use are much more heavy duty than a common trampoline that you would find in someone’s backyard. A gymnast’s trampoline is more costly to manufacture as the springs typically need to be longer to allow for more travel while still being strong enough to bear high levels of force.