Magnetic inserts potted inside ceramic lift pins reduce mechanical wear, cut defects, and extend process chamber uptime.
Embedded electronegative layers reduce temporary dipoles at contact surfaces, lowering friction without lubricants, replacement, or added environmental harm.
A linearly guided internal magnetic member enables automatic levitation and landing without a complex lift mechanism in the base.
Flexible ribs secure and align graded card cases for stable magnetic levitation and 360° rotation, making both sides visible.
Modular triboelectric planks use graphene, copper strips, and magnetic suspension to expand surface area and generate stable footpath power.
Segmented circular magnets and radial coils stabilize levitated objects, reducing control complexity while increasing height.