1. Mainly engaged in the design of non-standard special institutions.
2. According to project requirements, design plans, make 3D design drawings of equipment, as well as component selection and output of design drawings.
3. Participate in and guide the assembly and debugging of products.
4. Design and development of non-standard products and improvement design of existing equipment and products.
1. Full-time undergraduate degree or above, major in machinery, automation, etc.
2. More than 5 years of experience in non-standard automation design, with independent design experience;
3. Proficient in CAD two-dimensional software, proficient in SolidWorks and other three-dimensional software.
4. Have experience in servo control tooling design, and have the ability to independently design and assemble tooling.
5, with tolerance design analysis and calculation ability.
6. Familiar with the machining accuracy of typical machining equipment.
1. Study the process characteristics of typical parts processing.
2. Formulate a verification plan according to the problem to verify the tool wear law during processing.
3. Track the problems of the tool monitoring module on the customer site and analyze and verify.
4. Solve on-site problems in the development process and feedback customer needs.
1. Bachelor degree or above, major in mechanical engineering, automation, electrical engineering, instrumentation, electricity, communication, computer, etc.
2. Experience in cutting tools, processing technology or testing technology is preferred.
3. Work conscientiously, like to cooperate with others, have a sense of work responsibility and strong execution.
1. Writing the project task book, writing the design document, and writing the test document.
2. Design the current and voltage acquisition circuit of the servo motor and the selection of components.
3. Hardware principle design and PCB design of overseas products.
4. Solve the work of hardware and continue to improve.
1. Bachelor degree or above, major in measurement and control, electrical, power system, power electronics, automation, etc., responsible for work, and professionalism.
2, skilled use of oscilloscope, multimeter, EMC test equipment, strong hands-on ability.
3. Have independent circuit design ability and PCBlayout ability.
4. Proficient in the development and testing process of electronic products.
1. According to the needs of the program, choose a reasonable machine vision solution.
2. Determine the selection of camera, light source and lens.
3. Select the visual algorithm and programming design to achieve the test effect.
4. Contrast optimization and on-site debugging, and continuously improve the vision scheme.
1. Bachelor degree or above, major in computer, mechatronics, electrical automation, electronics and other related majors.
2. Those with experience in visual automation application are preferred.
3. Good teamwork ability, communication ability and learning ability, strong sense of responsibility and innovation consciousness.
1. Responsible for the design and development of embedded software modules.
2. Responsible for unit testing of embedded software modules.
3. Responsible for the writing of embedded software module documentation.
4. Responsible for the technical support, maintenance and development of the power system related equipment software platform.
1. Bachelor degree or above, major in software engineering, computer, measurement and control, electronics, automation, etc.
2. Familiar with operating system principles, familiar with embedded Linux, VxWorks and other operating systems is preferred.
3. Work conscientiously, like to cooperate with others, have a sense of work responsibility and strong execution.