27. Foil Wound Coils

This is a cyclotron, which provides curie levels of radioisotopes for patient use every day in positron emission tomography. Everson Tesla supplies the single continuous magnet coil, which allows for significantly lower power consumption and heat dissipation. There are steep gradients in the magnetic field, which improve the axial beam focusing.

28. 45 Telsa

Everson Tesla Incorporated demonstrated roll-forming methods for the manufacture of coil c for the 45 Tesla Hybrid Magnet for the National High Magnetic Field Laboratory. In addition, Everson Tesla insulated and V.P.I. the double pancake coils. This series of coils represents the outermost superconducting coils for the system, which is 1.7m in diameter. The magnetic field generated from this coil c is 8.5 Tesla.

29. 60 Tesla Solenoid Magnet

Shown here is an inner coil of a nine coil set used in a 60 tesla/ 100millisecond pulsed, high-field resistive electromagnet. The coil is fabricated by tightly fitting a high-strength, high-stiffness, stainless steel reinforcing shell around a high-strength, tape-insulated copper conductor that is wound on a mandrel.

30. Ion Beam- Saddle Coil

This is a dipole saddle coil, which is water-cooled and uses a B-stage tape as part of the insulation system. These dipole coils are used in bending magnets for Ion Beam Implantors. The semiconductor industry uses implantors for wafer processing.

31. Princeton Plasma Physics Laboratory

Everson Tesla supplied both the polodial and torodial field coils for the National Spherical Torous Experiment. These were precision18ft coils wound on mandrels with tight tolerances using B-stage resin. They were then nested together with a clearance of .0010.

32. Brookhaven National Laboratory

Everson Tesla Incorporated completed the large 18ft dipole coils and stacked laminations for the energy Booster to the Alternating Gradient Synchrotron at Brookhaven. The Booster accelerates the ions to a high speed, which produces a stronger magnetic field. This Booster to the A.G.S. is needed to support the Relativistic Heavy Ion Collider.

33. Max Plank Institute - Germany

A superconducting split-pair magnet system used for magnetic guiding of an electron beam for scientific research. Each half of the superconducting coil can be energized independently to produce a maximum central field with high homogeneity or a zero central field with maximum gradient. Low liquid helium consumption is achieved by using a single-stage Gifford-McMahon (GM) cryocooler to conduction-cool the intermediate radiation shield. The system also incorporates a unique dual high-temperature superconductors (HTS) and traditional vapor-cooled magnet current leads combination.

34. Rotating Field Coils

Everson Tesla Incorporated has manufactured many large salient pole strap wound field coils. By utilizing brazing technology developed in manufacturing turbine generator coils we can readily join extended turns into a wound field coil as shown. Together with waterjet cutting of lead terminations we can create any coil connection.

35. Generator Coils

Everson Tesla Incorporated can quickly produce large quantities of motor and generator stators and rotors to supplement or replace current production lines. We have recently produced 10,000 stators and rotors for use by a generator OEM.

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