Rotor magnet-insertion cell.

Automated rotor magnet placement, glue dispense, and pole-pattern verification. Designed for high-pole-count outrunner builds.

Roadmap · 2027

Built in Richmond, VA

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Overview

Replaces Vacuz + Marsilli magnet-insertion cells for U.S. rotor assembly.

A two-arm robotic cell that picks neodymium magnets from a feeder, applies metered glue dose, and seats them in the rotor shell at the correct orientation and pole pattern. Vision verifies pole order before cure. Designed for the same 22 — 42 pole range as Rotor Castings catalog.

Specification

Detailed spec.

Roadmap spec — subject to design iteration as pilot customers shape the requirements.

Rotor OD range: 40 — 120 mm
Pole count: 20 — 50 (configurable)
Magnet types: Neo (N42–N52), SmCo on request
Cycle time: TBD
Glue system: UV-cure + thermal-cure (dual)
Vision: Pole-order verification + reject lane
Power: 208 V · 3-phase
Origin: Designed and built in Richmond, VA

For

Where MX-03 lands.

Rotor assembly cell

Inline downstream of Rotor Castings machining.

High-pole-count builds

QDD and humanoid actuator rotor classes.

Mixed-pole programs

Configurable pole pattern, recipe-driven changeover.

Other process areas

The rest of the machinery roadmap.

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Send a letter of interest Email Mason directly