February 11, 2026 | Author: Chi-Tang Cheng

Customer Profile: Kwang Yang Motor

Kwang Yang Motor Co., Ltd., founded in 1963 and headquartered in Kaohsiung, Taiwan, markets globally under the KYMCO brand and is one of the world’s major motorcycle manufacturers, with products sold in more than 90 countries. Kwang Yang Motor’s product lines span scooters, motorcycles, all-terrain vehicles (ATVs), electric vehicles (the Ionex electric-scooter ecosystem), and mobility aids, with annual output exceeding 570,000 units.

In the motorcycle manufacturing industry, the stable operation of production equipment directly affects line efficiency and product quality. Kwang Yang Motor operates a large fleet of stamping, welding, painting, and assembly equipment, and the real-time visibility and traceability of equipment management have become key to improving overall equipment effectiveness (OEE).

The Challenge: The Efficiency Bottleneck of Paper-Based Management

As Industry 4.0 advances, traditional factory equipment management models face pressure to transform. In the past, Kwang Yang Motor relied on paper forms and desktop-computer entry for equipment inspection, maintenance, and repair. The main pain points included:

Inspection Data Could Not Be Uploaded in Real Time

After inspectors recorded data on paper at the site, they had to spend additional time later entering it into the computer system. If any abnormal readings occurred in the meantime, the timing for addressing them was often delayed.

Maintenance Scheduling Relied on Manual Tracking

The scheduling and work-order dispatch of preventive maintenance were managed manually, which easily led to omissions or delays. After arriving on site, if maintenance staff were unclear about the SOP steps, they still had to return to the office to consult paper documents.

Fault Reporting and Repair Processes Were Time-Consuming

When equipment broke down, the operator had to fill out a paper repair request or call the maintenance department, and after the maintenance technician arrived, they then had to return to the office to retrieve that equipment’s historical repair records. The total response time from fault occurrence to completed repair was excessively long.

The Solution: MiDFUN TPM + TM-OP Mobile Equipment Management

The MiDFUN TPM system paired with the TM-OP mobile-device interface lets inspectors, maintenance staff, and repair technicians all operate in real time on site, no longer constrained by paper-based processes.

Digitalized Equipment Inspection

Inspectors use the MiDFUN TM-OP interface installed on tablet computers in place of paper inspection sheets. During inspection rounds, they confirm equipment location by scanning a TAG or QR Code, and the system automatically loads the corresponding inspection items and standard values. Once data is entered, it is immediately uploaded to the backend system, and abnormal values trigger on-the-spot alert determination (for example, a red-light alert when temperature exceeds the set threshold). When an anomaly is found, the inspector can immediately take a photo or video as evidence, and the system automatically adds a timestamp, greatly improving the accuracy and traceability of records.

Precise Execution of Preventive Maintenance

When the MiDFUN TPM system schedules a maintenance task, the TM-OP interface automatically dispatches the planned maintenance items to the designated equipment maintenance staff. The work order contains detailed SOP steps and can even embed image guidance to ensure correct operation. Maintenance staff can consult the work-order content and historical records right on site, performing the right steps on the right equipment at the right time.

Rapid Response to Breakdown Repairs

When equipment breaks down, the operator scans the tag on the faulty equipment or senses the TAG via MiDFUN TM-OP, immediately logs a repair order in the system, and takes photos to record the fault condition. After the repair technician arrives on site, they can directly consult the equipment’s historical repair records and maintenance manual on the tablet, without returning to the office to leaf through paper files, effectively speeding up diagnosis and reducing downtime.

Automated Reporting and Knowledge Transfer

All inspection, maintenance, and repair data is uploaded to the backend system in real time, so management can consult real-time equipment health reports at any time, without waiting for manual consolidation. Records of the repair process are also archived automatically, becoming a knowledge base for future repair work and helping with experience transfer and new-employee training.

Deployment Scope and Results

Conclusion

The deployment of the MiDFUN TPM system and the TM-OP mobile-device interface moved Kwang Yang Motor’s equipment management from the paper era toward real-time digitalization. Through MiDFUN TM-OP’s TAG / QR Code scanning and digital inspection forms, inspection data is uploaded in real time and anomalies are flagged instantly; through the MiDFUN TPM system’s automatic dispatch of maintenance work orders and embedded SOP guidance, the execution of preventive maintenance has become more precise; and through real-time fault reporting and historical-record lookup, equipment downtime has been markedly shortened. The adoption of mobile devices is not merely a tool upgrade but a shift in Kwang Yang Motor’s equipment management mindset—from “fix it after it breaks” reactive management toward “prevent it in advance” predictive management.