Aug 28, 2017. Stangenes Industries can design, fabricate, and test a wide variety of coils and electromagnets, from precision low current DC focusing magnets to pulsed coils.

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Stangenes Industries can design, fabricate, and test a wide variety of coils and electromagnets, from precision low current DC focusing magnets to pulsed coils operating at 300 kA generating fields as high as 40 Tesla. • Dipole, quadruple, sextuple, corrector, bending, and solenoid electromagnets • Wire, hollow conductor, and foil conductors in both copper and aluminum • Paper, film, fiberglass, b-stage, varnish, and vacuum epoxy casting insulation • Air cooling and/or liquid cooling using water or oil running through hollow conductor, cooling loops, or cooling plates allowing current densities as high as 15 A/mm2 • 2d & 3d field modeling, thermal, mechanical stress, and fluid flow analysis capabilities • Axial & transverse magnetic field, hi-pot, ring, turns-ratio, pressure and flow testing capabilities.

• Economical to build in low quantities • Shortest first-unit delivery time • Built from standard materials, utilizing standard tooling • Enables affordable prototyping for experimental applications • Successfully serves a broad range of applications • Flexible options for heat dissipation Copper or optional aluminum windings enable a variety of weight to power output ratios.Hollow tubes are built into the coil to provide a liquid cooling layer. Depending on power consumption and duty cycles, cooling may be unnecessary, or provided/supplemented by forced air.Square or rectangular wire options enable reduced power requirements over round wire. • Extremely high winding precision • Highest field accuracy with lowest transverse field • Highest fill and packing factor, yielding highest field to weight ratio • Economical to build in larger quantities • Most compact weight and space-saving configuration • Most flexible configuration in shape and size • “Sculptable” for slots and holes • Vastly improved heat dissipation A super-thin insulation layer between foil windings allows fill factors (compactness) unavailable from wire or hollow-tube windings. Foil also spreads current more evenly throughout each coil. Unlike wire wound, foil coils can be cut or sculpted to accommodate special mounting or access needs.