NIDE Group

UAV motors must balance low weight, adequate torque, high efficiency, low vibration, controlled temperature rise, and consistent performance from unit to unit. Once the basic performance targets are met, consistency becomes critical.

For example, in a quadcopter, multiple motors must work together to maintain stable flight. Excessive variation between motors can require greater compensation from the flight control system, affecting response consistency and flight efficiency.

That is why UAV motor manufacturing places higher demands on automation, process control, and testing.

This video shows NIDE’s automated UAV motor production line, covering key processes from housing adhesive dispensing and permanent magnet assembly to final testing. The stations are integrated into a coordinated production flow to support precise, repeatable, and consistent motor manufacturing.

Flat wire stator manufacturing is not only about individual processes. It depends on consistent precision across insertion, flaring, twisting, welding, and insulation treatment.

This video shows NIDE’s flat wire motor stator automated production line in operation, covering key processes from slot insulation paper insertion to coating. Suitable for flat wire stator manufacturing in new energy drive motor applications.

Not every stator winding application needs a multi-head setup.

This single-head vertical winding machine supports flexible adjustment for different stator specifications while keeping key winding parameters under control, including turns, wire tension, and winding speed.

#NIDE #StatorWinding #WindingMachine #MotorManufacturing #IndustrialAutomation

Small motors leave little room for assembly error.

For UAV motor production, stable adhesive dispensing, accurate press-fitting, and precise stator-rotor assembly all affect the consistency of the final product.

This video shows NIDE’s automated UAV motor assembly line in operation, built to reduce manual variation and support repeatable production at scale.

#NIDE #UAVMotor #DroneMotor #MotorAssembly #IndustrialAutomation #MotorManufacturingEquipment #AutomatedProduction #PrecisionManufacturing

Hairpin stator production is where precision starts to matter in a very practical way.

For EV drive motors, it is not only about forming flat wire. The real challenge is keeping each process stable from conductor insertion and end shaping to welding and quality inspection.

This video shows NIDE’s automated hairpin stator production line in operation, designed to support consistent and repeatable EV drive motor manufacturing.

Precision in motion. Automation for the next generation of motor production.

This video shows NIDE's automated stator production process — from insulation paper inserting and robotic handling to winding, forming, coil lacing, and testing.

Each step works as part of a complete production flow, helping manufacturers improve process stability, efficiency, and quality control.

Watch the line in operation.

In this short video, NIDE shows the winding process in operation — precise needle movement, stable wire feeding, and controlled coil formation inside the stator slots.

For motor manufacturers, winding is not just one production step. It directly affects slot filling, wire consistency, insulation protection, and the stability of downstream assembly.

⚙️ Watch the machine in action and see how automated winding equipment supports more consistent stator production.

⚙️ This video shows NIDE’s automated production line in operation, focusing on precision assembly processes and a structured workflow.

The emphasis is on achieving stable output quality through automation and standardized assembly procedures.

Over the past few days, we had meaningful conversations with industry partners from around the world, exchanging perspectives on the future of motor manufacturing and its evolving role across emerging industries.

This exhibition was not only about showcasing equipment, but also about reinforcing a shared direction—towards more intelligent, efficient, and integrated manufacturing systems for a rapidly changing global market.

NIDE remains committed to advancing this transformation, bridging engineering expertise with supply chain integration to support the next generation of motor manufacturing.

Thank you to everyone who visited our booth and shared insights with us. We appreciate the exchange and look forward to continuing the dialogue.

At CWIEME Shanghai 2026, NIDE Group was invited by the show’s organizer to share where motor manufacturing is heading. In this clip, Herbert Zhang from our Marketing Center walks through the key tech we brought to the show, the ecosystem behind it — equipment + components (via our MCPP platform) + Early Development Involvement (EDI) — and where the industry’s heading next.

Full interview below ↓

This is the machinery behind motor production, running live — the lines, the automation, the precision up close.

NIDE, SWEECC Hall 1, Booth 1J23.

Aerial sweeps over the plant, a slow walk through the workshops — this is where NIDE's motor manufacturing equipment actually comes together. The machines are only half the story; the capability behind them is the other half.

We're bringing it to CWIEME Shanghai, June 24–26.

Come see it in person.

Address: SWEECC, Hall 1 — Booth 1J23

What makes it "intelligent manufacturing"? The parts move themselves. A robot lifts each wound stator off one station and drops it into the next — winding, handling, forming, expansion, all flowing through with no one carrying parts between steps. That coordination is the smart part: it's what keeps every EV motor consistent as the line scales up.

Meet NIDE at CWIEME Shanghai 2026 — Booth 1J23, June 24–26.

Paper insertion, winding, forming, lacing, and final testing, all automated, all in one continuous flow.

There's something weirdly satisfying about precision machinery doing in seconds what used to take careful hands much longer. Every motor inside an EV, a drone, or a robot starts somewhere like this.

Winding is the core process on a motor production line — it sets the motor's performance, quality, and lifespan before any other step.

Get it right and everything downstream runs cleaner: fewer defects, lower cost, longer-lasting motors. Get it wrong and no later process can fully fix it. ⚙️

A close look at precision winding in operation:

Drone motors run hard — high RPM, full aircraft load, no room for a weak unit. Every motor has to match the last.

A full automated line for drone (BLDC) motors ⚙️ winding, gluing, curing, press-fitting, in-line testing, assembly — integrated into one continuous flow.

Arm joints need motors that are compact, fast, and wound to tight tolerances. Here's a close look at two key manufacturing processes running on a NIDE production line.