Induction Metallurgy CAM
Electromagnetic Cold Crucible & Induction Coil Calculator
Calculate skin depth, copper slit isolation gaps, Lorentz magnetic levitation height, and electrical transparency for cold crucible induction melting.
Process Parameters & Inputs
Internal diameter of water-cooled copper segmented crucible.
High-frequency induction power generator frequency.
Number of electrically isolated vertical copper segments.
Calculated CAM & Engineering Metrics
Electromagnetic Skin Depth
2.94mm
Segment Slit Gap DXF Width
0.40mm
Meniscus Levitation Height
26.5mm
Crucible Electrical Transparency
87.2%
Engineering Notes & Guidelines
Cold Crucible Induction CAM Rules:
- Vertical copper slit isolation gaps prevent circular azimuthal eddy current cancellation, allowing 85%+ of the external magnetic flux to penetrate the melt charge.
- Maintain narrow water cooling internal channels ($D \ge 6 ext{ mm}$) with radiused transition ports to avoid thermal cavitation under multi-megawatt heat flux.
- Crucible segment profile vectors must maintain uniform angular pitch ($ heta = 360^\circ / N$) to eliminate asymmetric Lorentz force pinch instabilities.
Looking for comprehensive CAM and preparation instructions?
Read Complete EMCC & Levitation Melting Guide →Need Production-Ready Clean Vector & DXF Geometry?
SpotItLive converts technical drawings, sketches, raster schematics, and bitmaps into mathematically pristine, tangent-continuous SVG, DXF, and PDF cut files.
Convert Vector Starting at 29 DKK