Capabilities

OEM Capabilities

Factory-side engineering and supply capability designed for global OEM projects, from prototype validation to repeat production.

This section is organized around the buyer journey: requirement closure, sample evidence, process quality, and global delivery execution. Each topic includes practical control points for RFQ and PO governance.

OEM Program Control Flow

Freeze requirement and revision baseline.
Execute sample plan with measurable acceptance criteria.
Map CTQ to process checkpoints and outgoing records.
Align forecast, packaging, and shipment execution model.

Servo manufacturer facility and prototyping

12-Gate Prototype-to-MP Execution

A transparent 12-gate execution workflow from Engineering Verification (EVT) to Production Verification (PVT), with yield control targets and production-readiness evidence before mass release.

For engineering teams needing a transparent, statistically-backed manufacturing process to avoid prototype-to-yield-collapse risks.

Transparent validation nodes (EVT/DVT/PVT) before tooling investment
Pilot lot logic (30-100 units) mapping prototype acceptance to mass control
Cpk >= 1.33 target review and early-MP yield tracking for critical processes

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Servo actuator manufacturing and CNC machining coordination hub

Servo Drawing to Production

Structured OEM execution from servo concept, drawing pack, motor-drive selection, prototype samples, pilot build, and production release.

Ideal for teams that have drawings or performance targets and need a China-based manufacturing execution path.

DFM review for motor, drive, actuator housing, harness, and assembly interfaces
Prototype sample planning with measurable acceptance criteria
Pilot and mass-production transition with revision control

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Servo motor drive and encoder stack matching

Servo Motor Drive Matching

Engineering review for matching custom servo motors, frameless BLDC motors, encoders, and low-voltage drives into stable robot motion systems.

For teams that have either the motor or drive selected and need the rest of the servo stack matched correctly.

Electrical parameter review: resistance, inductance, KV, back EMF, current, and voltage margin
Encoder, Hall, resolver, or inductive feedback interface matching
Control loop, thermal, cable, and EMI risk review

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Servo PCBA and SMT

OEM support for servo drive PCB assembly, SMT production, test fixtures, conformal coating, and electronics manufacturing documentation.

For robotics teams that need electronics manufacturing support for custom servo drives and smart servo modules.

Prototype PCBA and batch SMT coordination
Power stage, encoder, connector, and thermal layout review
AOI, ICT, FCT, burn-in, and serialized test planning

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Servo actuator metrology and outgoing inspection lab

Servo Actuator Assembly and Test

Assembly-level OEM support for custom robot servo actuators, including mechanical assembly, calibration, load testing, burn-in, and outgoing inspection records.

For teams that want assembled servo modules with repeatable outgoing test evidence rather than loose components.

Motor, reducer, bearing, encoder, brake, housing, drive, and harness assembly coordination
Calibration and end-of-line test fixture planning
Validation for torque, speed, current, backlash, noise, heat rise, and communication

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Custom robot servo RFQ review and integration planning

Servo Customization RFQ Review

Early RFQ screening for custom robot servo programs so buyer intent, technical constraints, deliverables, and supplier responsibility are clear before quotation.

For buyers who want faster, cleaner quotations and fewer ambiguous back-and-forth messages.

Clarifies servo meaning: motor, drive, smart servo, actuator, or full-stack system
Flags missing torque-speed, thermal, protocol, and interface assumptions
Creates an RFQ baseline for prototype, pilot, and production decisions

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Capability Comparison Snapshot

Capability	Primary Buyer Focus	Key Metric	Why It Matters
12-Gate Prototype-to-MP Execution	For engineering teams needing a transparent, statistically-backed manufacturing process to avoid prototype-to-yield-collapse risks.	Process Capability (Cpk): >= 1.33 target before mass release	Reduces the risk that manufacturing variation compromises final robot joint performance.
Servo Drawing to Production	Ideal for teams that have drawings or performance targets and need a China-based manufacturing execution path.	Program stage: Concept, prototype, pilot, mass production	Each stage needs different engineering evidence, tooling decisions, and commercial assumptions.
Servo Motor Drive Matching	For teams that have either the motor or drive selected and need the rest of the servo stack matched correctly.	Electrical match: Project-specific	Wrong motor-drive pairing creates heat, poor control, noise, and reliability issues.
Servo PCBA and SMT	For robotics teams that need electronics manufacturing support for custom servo drives and smart servo modules.	Test coverage: AOI, ICT, FCT, burn-in by project	Servo drive failures are expensive once boards are sealed inside robot joints.
Servo Actuator Assembly and Test	For teams that want assembled servo modules with repeatable outgoing test evidence rather than loose components.	Outgoing test scope: Functional, load, temperature, backlash, communication	Assembly-level evidence reduces buyer-side debugging and field failure risk.
Servo Customization RFQ Review	For buyers who want faster, cleaner quotations and fewer ambiguous back-and-forth messages.	RFQ completeness: Concept notes to production-ready drawing pack	Complete RFQs get faster engineering responses and more defensible pricing.

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Include drawings, torque/speed, protocol, and prototype quantity.

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