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Superconducting
and Resistive Magnets
Everson Tesla Incorporated
offers comprehensive capabilities to meet the coil and magnet needs of
laboratory and industrial customers. For over thirty-five years, Everson Tesla
has designed and built prototype and production resistive coils and magnets,
and recently, superconducting magnet components and systems. Everson Tesla continues
to develop and advance applications from commercial and laboratory accelerators
to semiconductor processing, from research and medical applications to
microwave and plasma handling equipment - with cutting-edge technology
that meets the most demanding requirements.
Design
and Analysis: Complete Magnet Systems, Engineered Magnet Components.
Advanced analysis design
and innovative manufacturing technologies enable us to provide laboratories
and commercial customers with precision- engineered superconducting and
resistive coils, magnets and complete turnkey magnet systems. Everson Tesla can
work with your design or one developed by our talented staff, providing
custom solutions to your laboratory or commercial application requirements:
- Broad range
of superconducting and resistive conductors utilized
- Solenoids,
multipoles, special magnet configurations
- Thermal mechanical
magnetic design at elevated and cryogenic temperatures
- Magnetic
field measurements, alignment and fiducialization
- Cryostat
and instrumentation experience, complete cryogenic and magnet
system testing
- Substantial
experience in innovative magnet protection scheme
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Advanced
Manufacturing Technologies: Get the Everson Tesla Edge.
Everson Tesla
is continually on the cutting edge of magnet manufacturing technology,
facilitated by our strong background in tooling design, manufacturing
engineering, hydraulics, winding component integration and controls
- all supported by an integrated manufacturing structure that provides
efficient project start-ups and cost-effective results. Tools
used to assist system and component design include:
- Commercially
available and proprietary 2-D magnet design programs
- ANSYS finite
element 3-D engineering, magnetic, structural and thermal analysis
programs
- Autocad computer-aided
design program in 2-D and 3-D
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Everson Tesla
leads in the development of:
- Computer-controlled
roll forming and winding for fusion and high magnetic field research
- Innovative
production technology for sheathing Cable-in-Conduit superconductor
in 1-km lengths for large magnet designs
- Forming the
most challenging resistive and superconducting materials into
demanding coil configurations to tight tolerances
- Use of insulation
materials for radiation-resistant application
- Advanced
techniques in Vacuum Pressure Impregnation and B-stage impregnation
schemes
- Precision
casting and sophisticated impregnation processes
- Solid and
laminated iron corefabrication and assembly
- Resistive
conductor forming with direct and indirect cooling
- Layer, pancake,
strip winding configurations
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