Yaming core products
Refrigerator assembly line, washing machine assembly line, air conditioning assembly line, covering all categories, efficient and stable quality.
About Yaming
Refrigerator / washing machine / air conditioner / small household electrical water line, quality control in the whole link to meet diverse production needs.
Washing Machine Assembly Lines
Washing Machine Assembly Lines
- Accurately handle drum alignment and motor installation
- Strictly perform water-tightness testing
- Adapt to front-load, top-load and other models
- Optimize production process, suitable for high-output factories and basic workshops
Look! This is how we build an air sterilizer assembly line
In the air sterilizer industry, the purification efficiency and service life of a product largely depend on the precision of production and manufacturing. Our assembly line adopts a modular layout and lean production concept. Through scientific process design, the transformation process of air disinfectors from parts to finished products is built into an efficient, accurate and controllable manufacturing chain. Production line layout: U-shaped assembly line design The entire production line adopts a U-shaped layout with a total length of 48 meters and is equipped with 12 standard workstations and 3 quality inspection stations. This design minimizes the material flow path, reduces the walking distance of workers by 40%, and facilitates management personnel to conduct quality monitoring throughout the process. The production line is equipped with an anti-static floor and a constant temperature and humidity system. The temperature is controlled at 22±2 ° C and the humidity is maintained at 45%-65%, providing a stable environment for the assembly of precision electronic components. Detailed explanation of the core process Section 1: Pre-assembly preparation (Stations 1-2) Production starts with a complete set of...
Measures for quality control of TV production lines
Refrigerator Quality Control: Core Goals, Implementation and Future Trends Core goal: In the fierce market competition, through scientific and systematic quality control, improve product qualification rates, ensure performance and safety, and meet increasingly strict energy conservation and environmental protection standards, thereby enhancing brand competitiveness. 1. Core links and key technologies of quality control Full process coverage Incoming inspection: Strictly control the quality of raw materials and parts. Process control: Monitor key processes such as assembly, welding, foaming, and refrigeration system filling (such as automatic metering of fluorine filling). Finished product inspection: Conduct final inspection on the performance, safety and energy efficiency of the whole machine. Key technology applications Automation and intelligence: Adopt automatic inspection equipment, machine vision, and Internet of Things (IoT) technology to reduce human error and achieve real-time monitoring and defect identification, which can reduce the defect rate by about 20%. Data-driven: Collect and analyze data (such as temperature, humidity, key parameters) through the production monitoring system to ensure product consistency and achieve early warning and rapid traceability of quality problems. 2. System construction that conforms to industry...
Answers to common questions from washing machine assembly line manufacturers, do you understand?
Refrigerator Quality Control: Core Goals, Implementation and Future Trends Core goal: In the fierce market competition, through scientific and systematic quality control, improve product qualification rates, ensure performance and safety, and meet increasingly strict energy conservation and environmental protection standards, thereby enhancing brand competitiveness. 1. Core links and key technologies of quality control Full process coverage Incoming inspection: Strictly control the quality of raw materials and parts. Process control: Monitor key processes such as assembly, welding, foaming, and refrigeration system filling (such as automatic metering of fluorine filling). Finished product inspection: Conduct final inspection on the performance, safety and energy efficiency of the whole machine. Key technology applications Automation and intelligence: Adopt automatic inspection equipment, machine vision, and Internet of Things (IoT) technology to reduce human error and achieve real-time monitoring and defect identification, which can reduce the defect rate by about 20%. Data-driven: Collect and analyze data (such as temperature, humidity, key parameters) through the production monitoring system to ensure product consistency and achieve early warning and rapid traceability of quality problems. 2. System construction that conforms to industry...
Quality control of refrigerator production lines: core points and industry standard framework
Refrigerator Quality Control: Core Goals, Implementation and Future Trends Core goal: In the fierce market competition, through scientific and systematic quality control, improve product qualification rates, ensure performance and safety, and meet increasingly strict energy conservation and environmental protection standards, thereby enhancing brand competitiveness. 1. Core links and key technologies of quality control Full process coverage Incoming inspection: Strictly control the quality of raw materials and parts. Process control: Monitor key processes such as assembly, welding, foaming, and refrigeration system filling (such as automatic metering of fluorine filling). Finished product inspection: Conduct final inspection on the performance, safety and energy efficiency of the whole machine. Key technology applications Automation and intelligence: Adopt automatic inspection equipment, machine vision, and Internet of Things (IoT) technology to reduce human error and achieve real-time monitoring and defect identification, which can reduce the defect rate by about 20%. Data-driven: Collect and analyze data (such as temperature, humidity, key parameters) through the production monitoring system to ensure product consistency and achieve early warning and rapid traceability of quality problems. 2. System construction that conforms to industry...