-
Supplier: Smalley
Description: Marcel Expanders are available as a custom from Smalley. Smalley engineers are available to assist with spring design. For more information, email Smalley engineering now. Expanders can also be formed in a circle. The expander will provide radial force or outward pressure. These can be used
- Coil Shape: Cross-section Compression (Garter, Meander, etc.)
-
Supplier: Coiling Technologies, Inc.
Description: Compression springs are in the shape of a helix made from spring wire and are primarily used in a ‘PUSH’ application. When we put a load on a compression spring, it initially compresses and then stores the energy, which in turn pushes back the load and the spring returns
- Wire Diameter: 0.011 to 3 inch
- Coil Shape: Cross-section Compression (Garter, Meander, etc.), Straight
- Material: Nickel Base Alloy Wire
- Features: Other
-
Supplier: Lee Spring Company
Description: comparable rectangular wire springs, offering users a distinct value advantage. In recent independent testing conducted by the Institute of Spring Technology, Lee Spring's HEFTY Die Springs demonstrate a life-expectancy equal to traditional rectangular wire Die
- Outer Diameter (OD): 0.73 inch
- Inner Diameter (ID): 0.75 inch
- Wire Diameter: 0.154 inch
- Free Length: 1.25 inch
-
-
Description: Our Maryland Precision Spring location has been a custom manufacturer of Belleville disc springs & stacks, constant & variable force springs, motor & power springs, retail PoP pushers, reel retrievers, light stampings, and electrical assemblies since 1972. A leading
- Wire Diameter: 0.312 inch
- Coil Shape: Barrel, Conical, Cross-section Compression (Garter, Meander, etc.), Hourglass, Straight
- Material: Brass, Copper Base Alloy, Nickel Base Alloy Wire, Stainless Steel
- Features: Other, Other / Specialty
-
Supplier: Lee Spring Company
Description: Compression Springs. Ends: All Lee Spring Stock Compression Stock Springs, except BANTAM Mini Springs, Instrumentation Series Compression Stock Spring and Lite Pressure™ Compression Stock Spring Series, feature squared and ground ends. Ground ends provide
- Outer Diameter (OD): 0.55 inch
- Wire Diameter: 0.063 inch
- Free Length: 0.56 inch
- Solid Height: 0.265 inch
-
Supplier: EQYO
Description: OmniShield® EMI / RFI Shielding Springs The OmniShield® product line is composed of four high-performance spring types capable of handling extreme service conditions while exhibiting excellent EMI/RFI shielding properties. Saint-Gobain has been making these cross-section compression
- Spring Rate: 2 to 24 lbs/in
- End Configuration: Closed / Squared Ends
- Material: Copper Base Alloy, Nickel Base Alloy Wire, Stainless Steel
- Coil Shape: Cross-section Compression (Garter, Meander, etc.)
-
Description: Mohawk Spring has been manufacturing high-quality, precision compression springs, extension springs, torsion springs, garter springs, and wire forms since its inception in 1960. They are integral components to a range of products including jet aircraft, missiles,
- Material: Alloy Steel (Music Wire), Copper Base Alloy, High Carbon Steel Wire, Nickel Base Alloy Wire, Stainless Steel
- Coil Shape: Barrel, Conical, Cross-section Compression (Garter, Meander, etc.), Straight
- End Configuration: Closed / Squared Ends, Ground Ends
- Features: Other / Specialty
Find Suppliers by Category Top
More Information Top
Indicates content that may require registration and/or purchase.
-
Electromechanical considerations in developing low-voltage RF MEMS switches
Therefore, an - meander spring has 2 pri- mary beams and 2 .
-
Variable optical attenuator using planar light attenuation scheme based on rotational and translational misalignment
Additionally Fig. 1b, c show that one end of mirror is held by a meander spring , where this spring is anchored on substrate and could be bended due to the force from electrothermal actuator.
-
Performance Simulation of a Microwave Micro-Electromechanical System Shunt Switch Using Chatoyant
Modal analysis of four- meander spring .
-
An efficient evolutionary multi-objective framework for MEMS design optimisation: validation, comparison and analysis
An example can be seen in [66] where evolved designs, here a meandering spring , contained topologies which were infeasible due to the high level of stress placed on them.
-
Tuned dual beam low voltage RF MEMS capacitive switches for X-band applications
The tunable switch is designed using two shunt beams with meander springs .
-
MEMS capacitive switch with stable actuation voltage over a broad temperature range
In one device, the plate is suspended by meander springs , while in the second by straight springs.
-
New H-shape soft tortion spring and its micro mirror application
The meander spring has a quite small constant kx.
-
Low Voltage Rf Mems Capacitive Shunt Switches
Capacitive MEMS switch with different meander spring beam had actuation voltages of 1.9–7V [10].
-
Nature Inspired Cooperative Strategies for Optimization (NICSO 2010)
The case studies experimented with are; a simple meandering spring , a meandering resonator and finally a real world example of an ADXL150 accelerometer.
-
Bi-resonant scanning mirror with piezoresistive position sensor for WVGA laser projection systems
The meander spring is made from bulk silicon and is 350 x 220 µm2 in size.