Objective To explore the application value of PDCA cycle combined with intensive maintenance quality management mode in hospital medical devices maintenance management. Methods In order to improve the maintenance management level of medical devices, PDCA cycle combined with intensive maintenance quality management mode was adopted in hospital medical devices maintenance, and the management efficiency of the maintenance quality management mode was verified. Results After PDCA cycle combined with intensive maintenance quality management mode, the stain-free rate of medical device surfaces and the integrity rate of maintenance registration information were significantly improved (2=37.425,2=21.218; P<0.01), the pass rate of the first inspection was improved (2=5.684; P < 0.05). The maintenance quality satisfaction and maintenance timeliness satisfaction of medical staff to clinical medical engineers were significantly improved (t=-4.066,t=-6.902; P < 0.01). Conclusions PDCA cycle combined with intensive maintenance quality management mode can improve the quality and efficiency of maintenance service and improve the satisfaction of medical staff on maintenance service. PDCA cycle combined with intensive maintenance quality management mode is an effective method for hospital medical devices maintenance management.

To explore the practical application value of mobile workbench for clinical medical engineers in hospital. Methods The clinical medical engineer team of a large hospital in Xi'an developed mobile workbench for clinical medical engineers based on Android system. This paper studies the management effect of medical equipment after using the mobile workbench. Results After adopting the mobile workbench for clinical medical engineers, the maintenance records integrity rate and the timeliness of maintenance response were significantly improved (c2=9.955, c2=22.650; P<0.01), and there was no significant difference in the inspection pass rate after maintenance (c2=1.846; P>0.05). At the same time, in the annual management benefit statistics, the mandatory measurement pass rate of the medical equipment, the perfectness rate of large equipment and the operating rate of large equipment were all improved, reaching 99.86%, 98.92%, 99.51%, respectively. The ratio of maintenance cost to equipment original value was 1.44%, which dropped significantly. Conclusions The mobile workbench for clinical engineers can significantly improve the maintenance and management effect of medical equipment and improve the annual management benefit of medical equipment. In the process of hospital digitalization and wireless construction, research on the construction of mobile work platform for clinical engineers will improve the overall image of the hospital and help realize the wireless digital hospitals.