
HOUSED BLDC / SHALLOW OEM ENCLOSURES
Brushless pancake motors for housed drives. ↗
Review housed brushless pancake motors for shallow OEM equipment. Define shaft, flange, drive and feedback interfaces, then send your installed-envelope brief.
SPACE-CONSTRAINED ENGINEERING
DESIGNED AROUND YOUR ENVELOPE / 01Pancake motor solutions for space-constrained engineering. Start with thickness, diameter and torque. Build from a magnetic assembly to a complete motion package.

The drawing comes first
End turns, bearings, cable bends and feedback hardware all consume axial space. Define the complete installed envelope before choosing an electromagnetic layout.
Form follows your machine

HOUSED BLDC / SHALLOW OEM ENCLOSURES
Review housed brushless pancake motors for shallow OEM equipment. Define shaft, flange, drive and feedback interfaces, then send your installed-envelope brief.

CLOSED-LOOP MOTION / AXIS RESPONSIBILITIES
Specify a flat pancake servo axis with motor, drive, feedback and brake responsibilities. Send load, motion, interface and acceptance requirements for review.

BRUSHED PMDC / INDUSTRIAL DUTY AND SERVICE
Review brushed pancake DC motors with armature, shaft, drive and brush-service requirements. Share your installation and duty for an engineering review.

IRONLESS WINDING / SEGMENTED MAGNETIC ROTOR
Plan a slotless Halbach pancake motor around your bore, depth and motion target. Send winding, rotor, drive and low-speed acceptance details for review.

PRINTED WINDINGS / WHEEL-END DUTY
Compare PCB stator integration with 48V pancake wheel-drive duty. Send motor depth, copper and cooling needs or wheel-load and braking conditions for review.

LEGACY MOTOR / INDUSTRIAL MRO
Identify an existing disk-rotor motor from its nameplate and machine interfaces. Start an industrial replacement or retrofit assessment without a finished CAD drawing.

FRAMELESS / EMBEDDED
Build the motor into your joint instead of building the joint around a motor. Rotor and stator kits leave bearings, housing and cable routing under your control.

HOLLOW SHAFT / THROUGH BORE
Route services through the axis while keeping axial height under control. Define the clear passage, shaft support and cable path as one mechanical envelope.

CORELESS / LOW INERTIA
Review an ironless active winding when low inertia and smooth motion matter as much as installation depth. Compare the complete thermal and control system before selecting the winding.

SLOTLESS / PRECISION MOTION
Specify smooth motion at the axis, with slotless winding options for optical positioning, inspection and precision handling in a shallow package.

48V / MOBILE PLATFORM
Keep a low chassis without losing sight of starting duty. Review a shallow motor or drive module against wheel load, bus range, ramp conditions and repeated acceleration.
Three installation problems
Keep the joint shallow, preserve the cable passage and specify backdrivability at the complete joint. Start from the mechanical section and human-interaction duty.
Build around the chassis height available after the battery and payload are placed. Evaluate direct wheel drive and shallow side-mounted layouts against starting torque.
Lower the axis package while keeping velocity ripple, thermal drift and contamination requirements visible. Review slotless or coreless construction against the measurement task.
Rare earths to real assemblies
Bring magnet geometry, retention, stator laminations and winding support into the same DFM review. Our sourcing focus connects Ganzhou rare-earth materials with precision motor integration.
Review the GBD magnet-to-rotor scope ↗
From concept to a controlled release
Prepare the drawing revision, retained interfaces, operating cycle and acceptance plan together. Download blank planning checklists and start a project-specific DFM review.
Prepare the prototype / DFM scope →Pancake describes a short, wide form factor. The electromagnetic architecture can vary. Begin with installed depth, available diameter and torque-speed duty before selecting a topology.
No. Bearings, encoders, cooling and cable exits determine the complete package. A slightly deeper motor can sometimes produce a simpler installed assembly.
Share maximum installed thickness, maximum outer diameter, minimum clear bore, continuous and peak torque, speed, voltage, duty cycle and a drawing or controlled CAD link.