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| Place of Origin: | China |
| Brand Name: | Sansion |
| Certification: | CE SGS ISO9001 |
| Model Number: | SXDJ |
The Motor End-of-Line (EOL) Testing System is designed for final quality inspection in motor manufacturing facilities.
It combines selected electrical safety checks, functional tests, performance measurements, and automated data recording to help verify that each finished motor meets predefined production acceptance criteria.
The system can be designed as a standalone station, a multi-station testing platform, or part of an automated production line.
The exact functions depend on the motor design, production cycle time, and inspection requirements.
Production bottlenecks
A carefully designed sequence can reduce unnecessary motor handling and repetitive operator steps.
Inconsistent inspection procedures
Programmed workflows and predefined limits help standardize quality inspection.
Poor product traceability
Serial numbers and barcode integration can associate each motor with its test records.
Limited factory space
A compact station layout can be considered according to the motor size, operator access, and production-line arrangement.
Need for production data integration
Data interfaces can be evaluated for integration with MES or other factory information systems.
Can the EOL system be integrated into an existing production line?
Yes. Integration can be designed around available space, conveyor layout, motor handling, communication interfaces, and production cycle time.
Can each motor receive an individual test report?
Yes. Individual records can be generated when identification and data storage functions are included.
Can the system automatically reject failed products?
The station can provide configurable failure signals and interface options for a suitable production handling system.
Can several motor models be tested on the same line?
Yes, subject to compatible fixtures, test ranges, safety requirements, and model-specific test programs.
What is the most important parameter for EOL system design?
The key inputs include the motor model, required test items, cycle-time target, acceptance criteria, traceability requirements, and factory interface requirements.
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