Discuss EtherCAT/CAN FD requirements, sample availability, and lead-time assumptions.

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GaN Servo Drives LogoGaN Servo Drives
GaN Servo Drives LogoGaN Servo Drives

High-performance GaN servo drives and motion electronics manufactured in Shenzhen & Dongguan.

Inquiry Email

[email protected]

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Include voltage, current, motor, encoder, protocol, board envelope, and quantity stage.

Instant Chat

+86 18857971991

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Direct response from our engineering team.

Products
  • GaN Low-Voltage Servo Drives
  • 48V Servo Driver Board
  • Driver-Encoder Integrated Servo Board
  • Robot Joint Servo Drive
  • EtherCAT 48V Servo Drive
  • CAN FD Servo Drive
Solutions
  • Humanoid Robot Joints
  • Collaborative Robot (Cobot) Joints
  • AMR and Mobile Robot Servo Drives
  • Exoskeleton and Prosthetics Servo Drives
  • GaN Servo Drive Selection Guide
  • EtherCAT & CAN FD Integration
OEM Capabilities
  • OEM Robot Joint BOM & Customization
  • Rigorous Compliance & Quality Control
  • Deep OEM Custom Solutions
  • Engineering File Request Center & CAD Resources
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© 2026 GaN Servo Drives. All Rights Reserved.|Backed by Linkup Ai Co., Ltd. Manufacturing delivered by the Advanced Manufacturing Division of Linkup Precision.|Legal entity: Linkup Ai Co., Ltd.
Manufacturing Profile

Factory & Engineering Capabilities

Manufacturing and sourcing support in Shenzhen and Dongguan for compact GaN servo drives and robotics joint electronics.

We coordinate production resources in Shenzhen and Dongguan for motion-control electronics and robot joint assemblies. Supplier qualification should still be based on product revision, process records, inspection data, and project-specific validation evidence.

Electronics Assembly SMT Line

SMT Assembly Line

High Precision CNC Machining Floor

Precision CNC Machining

Quality Control and Testing Laboratory

Quality Control Lab

Location & Scale

Manufacturing coordination is based around Shenzhen and Dongguan, where many electronics, machining, motor, and connector suppliers are clustered. Buyer qualification should verify the exact production route, revision records, and inspection plan for the quoted program.

Backed by Linkup Ai Co., Ltd. Manufacturing delivered by the Advanced Manufacturing Division of Linkup Precision.

Legal entity: Linkup Ai Co., Ltd.

Core Capabilities

  • High-density PCB SMT manufacturing
  • Multi-axis CNC machining for housings and shafts
  • Stator winding and potting encapsulation
  • Encoder calibration and joint module assembly

Quality & Testing

  • 100% End-of-line (EOL) functional testing
  • Thermal chamber and stress burn-in
  • High-voltage insulation and Hi-Pot validation
  • Full traceability and serial number tracking

Engineering & Prototyping Agility

The program is strongest when buyer engineering shares real motor, encoder, envelope, and duty-cycle data early. Mechanical modifications, winding changes, connector choices, and validation gates can then be reviewed before a prototype moves toward repeatable mass production.

Factory Capability Evidence Matrix

Use this matrix during supplier qualification. It connects each capability claim to the evidence a robotics buyer should request before prototype or pilot release.

CapabilityTypical EvidenceBuyer Decision Impact
High-density servo drive PCBASMT process route, revision-controlled BOM, AOI/ICT record, and sample EOL test sheet.Confirms the factory can repeat a compact GaN drive build instead of treating the sample as a one-off lab assembly.
Motor, encoder, and reducer integrationJoint stack drawing, encoder calibration report, reducer inspection notes, and torque-speed assumptions.Helps mechanical and controls teams validate actuator geometry, feedback accuracy, and drive sizing together.
Thermal and protection validationThermal profile, derating curve, I2T or stall test note, and fault-trip behavior summary tied to the quoted duty cycle.Reduces the risk of a drive that works on the bench but fails inside a sealed robot joint or mobile platform.
Pilot and batch traceabilitySerial-number plan, firmware baseline, packaging method, nonconformance handling, and change-control record.Gives procurement and quality teams a controlled path from sample approval to repeat shipment.

Supplier Qualification Questions

  1. Which product revision, firmware version, and test fixture will be used for the sample?
  2. Which records are available for PCBA, encoder calibration, thermal validation, and outgoing inspection?
  3. What changes when moving from prototype samples to EVT, DVT, PVT, and pilot lots?
  4. Who owns connector, harness, motor, reducer, brake, and housing interface changes?

Best-Fit Programs

  • Robotics teams sourcing 24V-60V DC servo drive electronics for compact joints, AMRs, cobots, or wearable actuators.
  • OEMs that need drive, encoder, motor, reducer, brake, and harness decisions reviewed as one actuator stack.
  • Buyers who need engineering evidence, quality records, and export documentation before pilot or batch release.

Next Pages for Qualification Teams

  • Products for model-family comparison and selection inputs.
  • Solutions / Applications for scenario-level risk and mitigation patterns.
  • OEM Capabilities for detailed validation and delivery execution controls.
  • 100A BLDC Servo Drive Sizing, 100A DC Servo Drive Calculator and 100A Compact Servo Drive Calculator, 100A GaN Servo Drive Calculator, and 100A Low Voltage Servo Drive Calculator for high-current thermal and architectural tradeoffs.

Inquiry Email

[email protected]

Email app

Include voltage, current, motor, encoder, protocol, board envelope, and quantity stage.

Instant Chat

+86 18857971991

Chat on WhatsApp

Direct response from our engineering team.