The ThinGap Embedded Motor offers a very flexible mechanical design. This gives design engineers new opportunities to achieve a high level of integration with the surrounding mechanics of their existing applications, saving space and weight. Advantages to this level of integration include:
Faster Time-To-Market
To facilitate design effort, the ThinGap Embedded Motor is available as either a Rotor/Stator set (only),
or as a complete motor with Rotor / Stator / Hub / Shaft / Mount. This allows designers to customize the
motor right from the very first prototype, rather than waiting for manufacturer modifications.
Easy Assembly
There are NO magnetic forces between the Rotor and Stator of the ThinGap Embedded Motor. This makes
assembly of an Embedded Motor MUCH easier. The Stator and Rotor can each be securely attached to
their respective mechanisms and then assembled if required.
Dual Motor Mounting
Two ThinGap Embedded Motors can be installed back to back, and coupled with a common shaft for more torque, or counter-rotating with an inner and outer (hollow) shaft.
Custom Shafts
Hollow, tapered, keyways, integral gears, splines, etc. – reducing parts count and increasing mechanical efficiency.
Custom Mounting To Outer-Rotating Rotor
The Rotor can be modified prior to final assembly to include a wide variety of mountings such as gears,
bearing stops, screw-fastened attachments, welded-on attachments, locating pin holes, fans, etc.
Flexible Stator Mounting
The Stator of the ThinGap Embedded Motor can be mounted from either side to accommodate an assembly sequence. The ThinGap Embedded Motor Stator can be attached using fasteners inserted from either side of the Stator base plate. Screws can be inserted from the inside of the Stator into threaded holes in a mounting plate or base, or the screws can be inserted from the base plate side and secured with nuts inside the Stator.
Call for a proposal – all motors are highly customizable for OEM application
