MOT Coils

The MOT coil assembly consists of a pair of circular coils connected in an anti-Helmholtz configuration. Provided on a convenient mounting frame, the coil assembly makes it easy to mount and align MOT coils around…

3 Axis Coils

The 3-axis coil assembly consists of six coils arranged to apply magnetic bias fields and gradients across atomic samples in one of ColdQuanta’s vacuum cells, such as the RuBECi, Double MOT or miniMOT systems. The…

2D MOT Magnets

The 2D MOT magnet assembly produces magnetic field gradients appropriate for a 2D(+) MOT. Designed to be used with ColdQuanta’s RuBECi, Double MOT and CASC cells, permanent magnets provide a 2D quadrupole field over the…

Z Transfer Coil

The Transfer Coil is used to generate magnetic fields for the trapping and transporting cold atoms from the MOT to the atom chip within the RuBECi vacuum cell. The coil is shaped like the Z-wire…

Quadrupole Coils

The Quadrupole Coils coil assembly consists of eight coils arranged to apply magnetic bias fields and gradients across atomic samples in ColdQuanta’s RuBECi® ultracold atom cell. In addition to the MOT field and bias fields…

Top-actuated rotation mounts

Designed with tight fitting opptomechanical assemblies in mind, our rotation mounts provide 360° of continuous rotation in a compact package.  This rotation mount is designed to accept 10 mm optics, and are designed to be…