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

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GaN Servo Drives LogoGaN Servo Drives

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

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

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Deep OEM Custom Solutions

Advanced custom engineering for specialized environments: potting for IP67/IP68 waterproof operation, custom EtherCAT Object Dictionaries, and exotic motor windings.

Best Fit For:Advanced R&D Engineers solving edge-case problems.
Deep OEM Custom Solutions

Overview

Deep OEM custom solutions address the engineering requirements that fall outside the capability envelope of standard or semi-custom servo drive platforms. These projects typically involve one or more of the following: waterproof potting for IP67 or IP68 operation in underwater robotics or outdoor mobile platforms, custom EtherCAT Object Dictionaries with application-specific PDO mappings and diagnostic objects, specialized motor windings matched to exotic duty cycles, firmware modifications for non-standard homing routines or safety limit behaviors, and PCB layout changes that go beyond simple connector repositioning to accommodate fundamentally different form factors or thermal management strategies. Custom drive development follows a different commercial and engineering timeline than standard product procurement. Buyers should expect an initial engineering clarification phase (typically 2 to 4 weeks) where our applications team reviews the gap between the nearest standard platform and the custom requirements, followed by a formal scope document that itemizes each change, its engineering effort, validation plan, and impact on unit cost and lead time. The most successful custom OEM programs are those where the buyer separates hard requirements (must-have constraints driven by physics, safety, or regulatory compliance) from soft preferences (nice-to-have features that could be deferred to a later revision), because this prioritization allows the engineering team to quote a realistic and cost-effective change set rather than attempting to solve every requirement in the first prototype iteration.

Capability Highlights

  • Waterproof potting (IP67+)
  • Custom firmware / Object Dictionaries
  • Specialized thermal solutions

Typical Engagement Scope

  • Underwater Robotics
  • Surgical / Cleanroom
  • Extreme Environments

Execution Focus

  • Material compatibility (potting compounds)
  • Thermal conductivity of resins

Specification Snapshot

Use these buyer-side parameters to decide whether this page matches your architecture before starting a formal quotation thread.

ParameterTypical DirectionBuyer Note
Customization scopePCB outline, connector, firmware, protocol, thermal, coating, pottingSeparate hard requirements from preferences so engineering can quote a realistic change set.
EnvironmentWaterproof, cleanroom, surgical, outdoor, high-vibration, or special dutyEnvironmental assumptions drive material, coating, connector, and test-plan choices.
Commercial fitBest for programs with repeat volume or strategic NPI valueVery small one-off builds may be better served by a standard board plus integration advice.

Selection Logic Before RFQ

Use this flow to decide whether the page is a practical match before comparing unit price or sample lead time.

CheckpointDecision InputBuyer Action
1. Confirm buyer fitAdvanced R&D Engineers solving edge-case problems.Use this page when the project involves Underwater Robotics, Surgical / Cleanroom, Extreme Environments.
2. Define operating windowCustomization scope: PCB outline, connector, firmware, protocol, thermal, coating, pottingSeparate hard requirements from preferences so engineering can quote a realistic change set.
3. Lock integration constraintsEnvironment: Waterproof, cleanroom, surgical, outdoor, high-vibration, or special dutyConvert Material compatibility (potting compounds), Thermal conductivity of resins into measurable RFQ values before asking for final pricing.
4. Gate sample approvalEngineering change scope and revision baseline and Custom validation planRequest this evidence with the sample or pilot quote so acceptance criteria are clear before PO.

Buyer Decision Notes

  • Use this path when standard drive electronics cannot meet your shape, protocol, or environment requirement.
  • Expect an engineering clarification loop before firm tooling, firmware, or validation cost is quoted.
  • Define acceptance evidence and change-control process before custom work begins.

Factory & Delivery Capability

  • PCB layout modification, connector and harness customization, coating, potting, and enclosure planning.
  • Firmware customization for object dictionaries, homing routines, safety limits, and diagnostics.
  • NPI coordination between buyer engineering, application engineering, and production partners.

Program Evaluation Matrix

Program MetricTypical RangeWhy It Matters
IP RatingUp to IP68 (potted)Enables operation in submerged or highly contaminated environments.

RFQ Preparation Checklist

  1. IP rating requirement
  2. Ambient temperature extremes
  3. Special firmware states

Risk and Mitigation

  • Thermal trapping in potted drives: We use thermally conductive resins and GaN tech to minimize heat.

Validation Evidence to Request

EvidenceWhy It Matters
Engineering change scope and revision baselinePrevents custom requirements from drifting during sample and pilot stages.
Custom validation planDefines how waterproofing, firmware, thermal, or protocol changes will be accepted.

Production, QC, and Delivery Flow

Treat the flow below as a minimum evidence path from inquiry to pilot release. It keeps engineering, quality, and purchasing aligned before a repeat order.

StageWhat to CheckEvidence / Output
1. NPI baselineIP rating requirement, Ambient temperature extremes, Special firmware statesLocked revision scope, commercial stage, critical-to-quality list, and quote assumptions.
2. Supplier and process planPCB layout modification, connector and harness customization, coating, potting, and enclosure planning.AVL direction, process route, change-control owner, and sample build schedule.
3. First article / EOL gateEngineering change scope and revision baselinePrevents custom requirements from drifting during sample and pilot stages.
4. Batch releaseSerial tracking, firmware version, packaging, and shipment planRepeat-production release package for purchasing and quality teams.

RFQ Starter

For custom OEM drive work, send the standard model gap, required mechanical change, firmware/protocol change, environment, validation target, quantity forecast, and schedule.

Open Contact / RFQ Checklist

Buyer FAQ

Can you write custom firmware features?

Yes, we can implement custom homing routines, specific safety limits, or custom communication objects.

What data should we send for Deep OEM Custom Solutions?

For custom OEM drive work, send the standard model gap, required mechanical change, firmware/protocol change, environment, validation target, quantity forecast, and schedule.

How should Deep OEM Custom Solutions be validated before pilot build?

Request Engineering change scope and revision baseline. Prevents custom requirements from drifting during sample and pilot stages.

When is Deep OEM Custom Solutions the right page to review?

Use the OEM path when sourcing, validation, revision control, and repeat delivery matter as much as the first sample. A good first screen is customization scope: PCB outline, connector, firmware, protocol, thermal, coating, potting.

Recommended Next Pages

  • OEM robot joint BOM
  • Quality controls
  • Contact / RFQ

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.