1. Design core equipment and lead the mechanical design and drawing of waste battery recycling production lines (crushing/sorting/separation equipment).

2. Research battery characteristics and recycling processes, and design innovative solutions. Keep track of industry technology trends to improve equipment efficiency and economy.

3. Be responsible for prototype manufacturing, debugging, and tackling technical problems.

1. Responsible for the mechanical structure design of industrial thermal equipment such as vacuum furnaces, including overall scheme planning, detailed design of components, output of engineering drawings (assembly drawings, sub - assembly drawings, part drawings), and formulation of BOM lists.

2. Focus on the design of vacuum systems: Design, calculate and select the vacuum chamber, sealing structure, water - cooling system, and transmission system to ensure that key indicators such as the vacuum degree and leakage rate of the equipment meet the standards.

3. Thermal field design and integration: Collaborate with electrical engineers to complete the layout and structural design of thermal field components such as heating elements, heat shields, and material racks, and optimize the temperature uniformity inside the furnace.

4. Material selection and process formulation: Be familiar with the characteristics of various materials (such as stainless steel, molybdenum, graphite, etc.) in high - temperature and vacuum environments, make reasonable selections, and formulate corresponding processing and surface treatment processes.

Be responsible for the mechanical design tasks of products such as industrial electric heating equipment and automated production lines arranged by the company's project team, and solve the technical problems that arise during the project and production process.