Quality Control For Motor Laminations
As a company obtains the ISO 9001:2008 certification, Lamnow is unwavering in its commitment to delivering motor lamination products of superior quality to our valued customers. Our dedication to quality is manifested through stringent quality control procedures meticulously integrated into each stage of the motor stator and rotor lamination production process.
Stator Rotor Lamination Quality Control Process
In the realm of electric motor iron core manufacturing, where precision plays a pivotal role in dictating product performance, the stamping industry particularly demands an exceptional degree of accuracy, often at the micron level. To achieve high-precision motor core laminations, our strict quality control runs through every stage of production.
Raw Material Traceability
Every raw material unit is assigned a unique trace number, and meticulous matching ensures each product box corresponds to the specific trace number of its source material. This stringent system guarantees transparency and accountability throughout the production process.
Production Process Quality Control
Our technicians employ an image-measuring instrument to ensure laminations meet size specifications as per drawings. Additionally, random inspections of stator and rotor laminations cover appearance, slot, and size. Detailed results are included in the product inspection report.
Packaging and Documentation
In the final stages, meticulously package stator and rotor laminations to prevent damage during transportation and storage. Comprehensive documentation of test processes and results is maintained for traceability, ensuring adherence to industry standards.
Motor Lamination Stacks Quality Test Tools
CMM Inspection
Projector Detector
X-Ray Inspection
Digital Height Gauge
Rockwell, Vickers Hardness Tester
Salt Spray Test Machine
Precision Quality Control for Your Laminations!
Unlock unparalleled motor efficiency and reliability by embracing rigorous quality control for your motor laminations. Our advanced processes ensure precision in material selection, cutting, assembly, and testing.