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SPIR'ATOR® Prestressed Spiral Springs
The SPIR'ATOR prestressed spiral spring is produced by reverse winding a NEG'ATOR on an arbor and enclosing it in a case. Rotational energy can be obtained from either the arbor or case or, when linear motion is required, through use of a pulley and cable attachement.
The unique design of this encapsulated spring yields a compact power source which operates with higher working stress and can provide more than twice as many revolutions as a conventional power spring in the same size case. With torque and deflection being equal, a SPIR'ATOR generally requires 20% less space than a power spring. Most importantly, this power package creates a low torque gradient.
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Centrally winding, power springs offer high torque possibilities within confined spaces.
With springs ranges from 2mm in width and .05mm in thickness, Spiroflex represents the leading force in retraction systems, from inertia seatbelts and domestic vacuum cleaner cord retractors to dog leads and tape measures.
Almost all applications are bespoke; products are designed and developed in conjunction with our customers to suit the specific requirements of their application. |
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Wavo® Springs (RW Series)
Wavo Springs are a compact round wire wave springs designed to fit in tight radial and axial spaces. As an ideal alternative to belleville springs, Wavo Springs provide high and accurate force, while maintaining dimensional stability and precise load / deflection characteristics.
Wavo Springs are stocked in carbon and stainless steel with diameters from ½" to 6". Special designs are available with diameters up to 84". |
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A coiled length of spring strip which can be used to provide a tensional rotational moment, as in motive power for traditional manually wound clocks and watches.
So named because of their function as energy storers in clocks where a torsional effect is required through a large number of revolutions, Emmotts manufacture all variations of this product : open spriral and close coiled. Applications include cable reel retraction and torsional counterbalancing; while conventional clock springs are used in a veriety of scientific instruments. |
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BUWW Spiral Springs are used for protection against swarf, dust and liquids. Spiral Springs are more compact than way covers and more durable than bellows.
Spiral Springs
Withstand high temperatures
Resist chemicals
When properly installed are self-sealing
Cyclical function makes them self-cleaning
Available in polished blue spring steel or stainless spring steel
Retrofit mounting is available |
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Misumi is the NO 1 supplier of over 500,000 standard and customised components for Mechanical Factory Automation/Special Purpose Machinery, Press Dies and Plastic Mould. We delivery components europewide in averagely 6 – 8 days GUARANTEED DELIVERY from the day of purchase, stock items available from 2 days delivery.
Misumi components are different in that they can be configured to your need using our unique part coding system. Dimensions, materials and special machined requests can all be selected within the misumi system enabling engineers and designers to achieve a configured parts as standard with no extra machine costs. Standard items are also available via the catalogues.
All components can be designed using the Misumi CAD portal . Compatible with industry wide packages a designer can configure our parts at the touch of a button in up to 0.01mm, and download in seconds saving valuable design time, registration required.
To receive our extensive catalogue and save valuable time and money, visit our website or request yours today by clicking the request banner.
MISUMI – Precisely what you need. |
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SANDOW AVIA technical elastic shock cords, also called bungee cords, are designed to meet aviation standards., particularly French aerospace ASNA standards.
Force /extension properties are guaranteed for a given diameter and a given elongation. (maximum 100%)
Shock cords from 4 to 30 mm in diameter will resist tractive forces of 1 to 400 daN respectively. |
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Emmotts is able to accommodate any size of wire or bar, and can produce to customer requirements using spring steels, stainless, phosphor and a range of more exotic alloys. Modern automatic spring coiling equipment is used along with hand operations for smaller orders, to ensure the economic production of all orders.
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Special springs
Areas of application:
Adaptation to special fitting requirements in : Couplings, Gearboxes, transmissions, etc.
Mubea will work with the customer to develop special springs to meet the requirements of specific applications. |
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Wave Springs
Areas of application:
Automatic transmissions
Backlash compensation, etc
Mubea produces wave springs with a dimensional range of outside diameter 20 mm to 300 mm. Wave springs are often used to improve gear shift quality in automatic transmissions.Wave springs are designed to meet individual customer requirements. |
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- Crest-to-Crest® Wave Springs
Crest-to-Crest Wave Springs can replace conventional round wire springs while occupying only half the space. Crest-to-Crest Springs offer the same force and deflection as standard coil springs.
Crest-to-Crest springs are stocked in a wide variety of loads and deflections; standard parts are available from 3/8” to 16”. Special designs can be from .200” to 90”; specials are affordable because of Smalley’s No-Tooling-Cost™ process. |
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| Smalley's Metric Crest-to Crest series are available in dimensions from 6 to 60 mm.Crest-to-Crest springs enable original equipment manufacturers to reduce the size of their assembly by up to 50% while maintaining the same amount of force and deflection as a regular coiled spring. Crest-to-Crest wave springs minimize assembly cost and total assembly size due to the reduced spring cavity required. Available in carbon and stainless steel from stock. |
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| Crest-to-Crest Wave Springs offer the unique advantage of assembly space savings when used to replace coil springs. They can maintain the same force and load specifications of a conventional round wire spring, yet occupy 50% or less of the axial space, resulting in lowered operating heights, free heights, and solid heights. |
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Springs
