Serving AI Robotics & Automotive Tier-1
Automotive-grade injection molding expertise for AI companion robots, consumer robotics and intelligent devices.
01 · THE CHALLENGE
AI companion robots combine electronics, sensors, motion systems and consumer-facing design. Their plastic components must balance precision, appearance, assembly performance and manufacturability — while product designs continue to evolve.
AI hardware evolves quickly. Plastic components must adapt to changing electronics, sensors, batteries and mechanical layouts without compromising manufacturability.
Sensor housings, PCB supports, battery holders, motor mounts and external housings each require different levels of dimensional accuracy, material performance and assembly control.
As products move from prototypes to pilot builds and mass production, plastic components must maintain dimensional consistency, functional performance and appearance quality.
02 · Components
Typical AI robotics applications we can support. Share your 3D data or drawings for a manufacturability review.
Robot housings, covers, internal frames, battery and electronic enclosures.
Materials: ABS · PC · PC/ABS · PA
Camera housings, sensor covers, mounting brackets and module structures.
Materials: PC · ABS · PC/ABS · PMMA
PCB supports, battery holders, motor mounts, brackets and positioning components.
Materials: ABS · PC/ABS · PA · PBT
Gears, pulleys, bushings and other precision molded components for motion systems.
Materials: POM · PA · PA66+GF · PBT
Cable clips, strain-relief components, grommets and connector interface parts.
Materials: PA · PBT · TPU
Decorative covers, button structures, display bezels and consumer-facing plastic components.
Materials: ABS · PC · PC/ABS · PMMA
03 · Why NAERQI
Five reasons AI robotics customers stay with us.
Quality management built through Tier-1 automotive programs, applied to every shipped part.
50T–1000T injection presses, in-house tooling, machining, finishing and assembly under one roof.
Early-stage support to simplify structure, improve assembly, and lift yield — DFM that genuinely de-risks.
Rapid sampling and short mold-change cycles — keeping pace with fast-moving AI hardware iterations.
Same line from 100-piece samples through 100k-piece production runs — prototypes and mass production, side by side.
04 · Engineering Process
A clear five-stage process designed for robotics customers — moving fast without losing control.
Tolerances, draft, gate, parting line, material selection.
Detailed quote, lead-time, mold-build kick-off.
First-shot samples, dimensional report, material certs.
Low-volume trial with full QC, validation feedback.
Stable capacity, JIT delivery, ongoing quality control.
05 · Manufacturing
Built on Automotive Manufacturing Discipline.
Our production floor — injection molding, tooling, finishing and assembly under one roof.
Explore Our Automotive Manufacturing Capabilities →06 · Applications
Plastic parts we can support for these AI robotics product types. Custom applications welcome — send your project for a feasibility review.
Housings, head & body shells, internal frames and sensor covers for companion robots.
Enclosures, bases and cosmetic parts for desktop AI hardware and smart displays.
Structural shells, motion components and appearance parts for robotic pets.
Consumer-facing plastic components with high cosmetic and assembly requirements.
Durable, safe plastic parts for educational and STEAM robotics products.
Housings and structural parts for smart interactive and connected devices.
07 · Automotive Experience
Our capabilities for AI robotics are built on nearly two decades of precision plastic manufacturing experience in the automotive industry.
Tier 1 Automotive suppliers
IATF 16949, ISO 14001
Founded in 2005
Automotive Production, Scientific Molding, Mass Manufacturing
99.9% Error Tolerance
08 · Talk to us
Share your 3D data, drawings or project requirements. Our engineering team can review manufacturability, material options and tooling considerations.
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