What are the specific aspects of the precision production of the SL-X Series Regular Oven Mechanical Timer?

The core components inside the SL-X Series Regular Oven Mechanical Timer, such as gears and springs, are manufactured with high-precision technology. During the manufacturing process, these components have undergone multiple fine processing procedures, including precision cutting, grinding and polishing, to ensure that their dimensional accuracy and surface quality meet the design requirements. The key parameters such as the gear tooth shape and pitch have been accurately calculated and processed to ensure that it can maintain a constant speed during the transmission process, thereby achieving precise time control. In addition, the material selection and heat treatment process of the spring have also been carefully selected and optimized to ensure that it can provide stable and lasting power output.
During the assembly process of the timer, strict process standards and quality control measures are adopted. The assembly workers are professionally trained and have rich assembly experience and skills to ensure the matching accuracy and assembly quality between the various components. Precise assembly tools and instruments, such as microscopes, high-precision torque wrenches, etc., are used during the assembly process to ensure the close fit between the spring and the gear, as well as the accurate movement of key components such as the escape wheel and the escape claw. At the same time, multiple inspections and tests were carried out during the assembly process to ensure that the assembly quality meets the design requirements.
After the timer was produced, precise debugging and calibration work was carried out. This includes using high-precision test equipment and instruments to measure and calibrate the timer to ensure that its timing error is within a very small range. During the debugging process, technicians will adjust and optimize the timer according to the test results, such as adjusting the tension of the spring, calibrating the meshing clearance of the gears, etc., to ensure that it meets the design requirements. In addition, long-term stability tests will be carried out to ensure that the timer can maintain stable performance during long-term use.
Considering the working environment of kitchen appliances such as ovens, the SL-X Series Regular Oven Mechanical Timer pays special attention to high temperature resistance in the design. The timer uses high-temperature resistant materials and processes, such as high-temperature resistant lubricants, high-temperature resistant seals, etc., to ensure that it can maintain stable performance in high temperature environments. At the same time, the structural design of the timer also fully considers the needs of heat dissipation and heat insulation, such as the use of heat sinks, heat insulation layers and other measures to reduce the impact of high temperature on the performance of the timer. These designs enable the timer to work stably for a long time in high temperature environments such as ovens without performance degradation or damage.
During the production process, the timer is subjected to comprehensive quality inspection. This includes appearance quality inspection, such as checking whether the timer shell has scratches, deformation and other defects; installation dimension inspection to ensure that the timer can be accurately installed on equipment such as ovens; working angle inspection to ensure that the timer can work normally at different angles. In addition, electrical clearance and creepage distance inspection, working reliability inspection, timing error inspection and other tests are also carried out. These tests ensure that the timer can meet high standards of quality requirements before leaving the factory, so as to provide customers with reliable products. At the same time, the manufacturer has also established a complete quality traceability system so that problems can be traced and solved in time when they occur.