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Electromechanical Integration

Assembly of mechanical components, electrical parts, electronic modules, or industrial computers according to design requirements to form a complete electromechanical system for delivery.

  • 93

    Mechanical Component Assembly

  • 电工电气

    Electrical System Installation 

  • 电机

    Electromechanical Debugging

  • 多机柜展示

    Full Machine Testing & Acceptance

Multiple assembly lines capable of Level 5 mechanical and electrical assembly are availableThese lines are used for the assembly and testing of wires, computers, PCBs, and variousprecision sensors and monitors.

Product Display

  • Slot machine
  • Industrial automatic inkjet printer
  • Power control cabinet
  • Fire control cabinet
  • Cabinet
  • Cabinet

Electromechanical System Integration and Assembly is the engineering discipline of combining mechanical structures, electrical wiring, electronic modules, sensors, actuators, and embedded control logic into a single, fully validated system. The result is a unified product that converts electrical energy into precise mechanical action — or vice versa — with repeatable, reliable performance.

At Zhejiang Jiafeng Electrical & Mechanical Co., Ltd., our electromechanical integration teams work alongside our sheet metal manufacturing and precision machining divisions, giving us the rare ability to manufacture and assemble complex mechatronics systems entirely in-house.

Mechanical Component Assembly

Frames, brackets, enclosures, and drive systems assembled to tight dimensional tolerances.

Electrical System Installation

Industrial wiring, cable harnesses, switchgear, power distribution, and grounding.

Electromechanical Debugging

PLC commissioning, motion tuning, sensor calibration, and software parameter setup.

Full Machine Testing & Acceptance

Functional testing, load trials, safety verification, and documentation sign-off.

Our 7-Step Integration Process

Every project follows a structured workflow that ensures quality and on-time delivery:

1

Requirement Review

Scope, spec, and compliance goals confirmed.

2

Design & BOM

Mechanical, electrical, and control schematics finalised.

3

Prototyping

First article built and validated.

4

Component Sourcing

Verified vendors for electronics, motors & hardware.

5

Assembly

Level-5 mechanical & electrical assembly lines.

6

Testing & QC

Functional, safety, and burn-in tests.

7

Delivery & Support

Packaged, documented, and after-sales ready.

Technical Specifications & Configurable Parameters

All parameters are application-specific and fully customisable at the quotation stage.

Mechanical Parameters

Parameter Standard Range / Options Notes
Frame Material Aluminum, mild steel, stainless steel, custom alloys Material selected per load and environment
Load Capacity Light-duty (<50 kg) to heavy-duty (>500 kg) Structural analysis included
Motion Type Linear, rotary, multi-axis (XYZ, SCARA, custom) Combined axes available
Travel / Stroke 50 mm – 5,000 mm (linear); 0°–360° (rotary) Custom beyond standard range
Speed & Acceleration Application-tuned; up to 5 m/s linear Profile optimized per load
Positioning Accuracy ±0.01 mm (servo); ±0.05 mm (stepper) Encoder feedback standard

Electrical Parameters

Parameter Range / Options Standards
Input Voltage 12 V DC – 480 V AC (single & three phase) IEC / NEMA / GB
Control Voltage 5 V, 12 V, 24 V DC; custom HV Per schematic
Power Rating 50 W – 100 kW+ Based on duty cycle
Wiring Standard Industrial, automotive, medical-grade UL, CE, RoHS
Cable Management Cable trays, drag chains, conduit IP-rated where needed
Ingress Protection IP20 – IP67 (IP68 on request) IEC 60529

Control & Electronics

Component Options
Controllers PLC (Siemens, Mitsubishi, Omron, Allen-Bradley), microcontroller (Arduino/STM32), embedded Linux SBC, industrial PC
Communication Protocols Ethernet/IP, Modbus RTU/TCP, CANopen, RS-485, PROFINET, EtherCAT, custom serial
Sensors Incremental/absolute encoders, proximity (inductive/capacitive/optical), load cells, thermocouples, vision systems
Actuators AC/DC servo motors, stepper motors, BLDC, solenoids, pneumatic cylinders, hydraulic (on request)
HMI / Interface 7″–21″ touchscreen, keypad panel, remote SCADA, web-based dashboard

Compliance & Certification

Standard Scope Available?
CE (LVD + EMC) European market entry ✔ Yes
RoHS Restricted substances directive ✔ Yes
ISO 9001:2015 Quality management system ✔ Yes
UL / NEMA North American electrical safety ✔ On request
IP Rating (IEC 60529) Ingress protection ✔ Yes
ATEX / IECEx Explosive atmosphere Consult us

Why Choose Jiafeng for Electromechanical Integration?

See how our vertically integrated model compares to typical outsourced assembly providers:

Capability Jiafeng (In-House) Typical Outsourced Provider
Sheet metal fabrication ✔ In-house CNC & laser cutting ✘ Sub-contracted
Precision machining ✔ In-house turning & milling ✘ Sub-contracted
PLC & control wiring ✔ Certified engineers on site Varies
Full system testing ✔ Functional & burn-in included Often additional cost
Prototype → production ✔ Same facility, no re-tooling ✘ New supplier needed
OEM / ODM support ✔ Full R&D team available Rarely offered
Vending machine expertise ✔ Proprietary platform ✘ Not available
CE / RoHS documentation ✔ Included in quote Often extra

Key Advantages of Our Electromechanical Assembly Service

Vertical Integration

Sheet metal, machining, wiring, and testing all under one roof — faster lead times, tighter quality control.

R&D Capability

Dedicated R&D center for concept development, simulation, and rapid prototyping.

Level-5 Assembly Lines

Multiple certified lines capable of complex mechatronics builds including PCBs, wiring, sensors, and industrial computers.

Global OEM / ODM

Serving customers worldwide with OEM/ODM solutions, export compliance, and multilingual support.

Quality & Compliance

ISO 9001-certified processes, CE and RoHS documentation included, traceability throughout manufacturing.

Fast Turnaround

Prototype in days, production scheduling flexible from small batch to mass production without supplier changeover.

Industries We Serve

Our electromechanical system integration and assembly capabilities are deployed across demanding sectors worldwide:

Industry Typical Applications Key Requirements
Industrial Automation Conveyor systems, robotic cells, pick-and-place machines High cycle rate, IP-rated enclosures, safety interlocks
Smart Retail / Vending Vending machines, kiosks, automated dispensing IoT connectivity, compact design, remote management
Medical Devices Diagnostic equipment, rehabilitation devices, lab automation Cleanroom assembly, biocompatible materials, traceability
Semiconductor & Electronics Wafer handling, test fixtures, PCB assembly machines Ultra-high precision, ESD protection, vibration-free
Energy & Power Power control cabinets, fire control cabinets, UPS systems High-voltage safety, redundancy, 24/7 reliability
Packaging & Food Processing Filling, sealing, labelling, palletising machines Hygienic design, washdown-rated, fast changeover
Automotive & EV End-of-line testers, battery assembly aids, trim robots High throughput, IATF-aligned quality, traceability
Aerospace & Defence Ground support equipment, avionics racks, test benches MIL-spec materials, vibration/shock resistance
Industrial AutomationSmart RetailMedical DevicesSemiconductorEnergy & PowerFood & PackagingAutomotive & EVRoboticsAerospaceLaboratory Equipment

Customer Ordering Guide

Not sure how to get started? Here's what you need to provide and what to expect at each stage:

Stage What You Provide What We Deliver Typical Lead Time
1. Inquiry Product concept, key functions, target market Feasibility feedback, ballpark budget 1–2 business days
2. Quotation Specifications, quantity, compliance requirements Detailed quote, BOM, schedule 3–5 business days
3. Design Review Approval of drawings and schematic CAD files, electrical schematics, control logic outline 1–3 weeks
4. Prototype First article sign-off or change requests Working prototype + test report 2–6 weeks
5. Production Purchase order, delivery address, packing preference Batch-produced, tested, and packed units 4–12 weeks (volume-dependent)
6. After-Sales Any issues or field feedback Technical manual, spare parts list, remote support Ongoing

Frequently Asked Questions

Common questions from customers sourcing electromechanical system integration and assembly:

What is the minimum order quantity (MOQ) for custom electromechanical systems?
We have no fixed MOQ. We can support single-unit prototypes through to thousands of units in mass production. Pricing is adjusted accordingly. Contact our sales team for a tailored quote.
Can you integrate third-party components or controllers I have already specified?
Yes. We regularly work with customer-nominated components — Siemens, Mitsubishi, Omron PLCs, specific sensor brands, and proprietary PCBs. Provide your BOM and we will integrate and validate them within the system.
Do you provide documentation and compliance certificates?
Every delivered system includes a wiring diagram, operation manual, test report, and parts list. CE, RoHS, and ISO 9001 compliance documentation can be included. Other market-specific certifications (UL, UKCA) are available on request.
How do you ensure quality in the electromechanical assembly process?
We use an ISO 9001:2015 quality management system with IPC-A-620 wiring standards, incoming inspection of all components, in-process checks at each assembly stage, and a full functional/burn-in test before delivery. Non-conformances are tracked and corrective actions documented.
What is the difference between electromechanical integration and simple assembly?
Simple assembly is the mechanical joining of parts. Electromechanical system integration also covers electrical wiring, control system commissioning, software loading, sensor calibration, inter-subsystem communication, and full system validation — delivering a ready-to-deploy product, not just a collection of parts.
Can Jiafeng support OEM or ODM projects for new products?
Absolutely. Our OEM/ODM team provides concept development, industrial design, prototyping, tooling, and volume production. We also operate a proprietary Smart Retail Management Platform for vending and kiosk products.
What are your lead times for prototype and production orders?
Prototypes typically take 2–6 weeks depending on complexity. Production lead time is 4–12 weeks after prototype sign-off, depending on quantity and component availability. Expedite options are available — discuss with our team at the quotation stage.

Related Services

Jiafeng's vertically integrated facility means you can source complementary manufacturing services from a single, trusted partner:

Sheet Metal Manufacturing

Laser cutting, CNC bending, welding, and surface finishing for enclosures, frames, and brackets used in electromechanical systems.

Precision Machining

CNC turning, milling, and grinding of mechanical components to ±0.01 mm tolerances for actuators, housings, and drive parts.

Vending Machine Solutions

Smart vending machines with integrated electromechanical systems, IoT connectivity, and our proprietary retail management platform.

OEM / ODM Services

Product development from concept to mass production — design, tooling, certifications, and supply chain management.