What principles should be followed in the design of non-standard automated equipment?

While non-standard automated equipment is not as abundant as standard equipment, it is diverse and serves a wide variety of departments. In today's rapidly developing society, scientific advancements and technological revolutions place higher demands on mechanical design. Due to the complexity of non-standard automated equipment, the design work is more challenging. This requires non-standard design engineers to possess excellent professional skills, a broad knowledge base, good adaptability, the ability to apply knowledge to new situations, numerous innovative ideas, unique insights, and the capacity to transplant and integrate other mechanisms into their own design intentions.

What principles should be followed in the reliability design of non-standard automated equipment?

1. In the selection of non-standard components, use pre-fabricated parts as much as possible to effectively reduce costs in terms of raw material consumption, management expenses, and yield. Using pre-fabricated parts also ensures better reliability after the equipment enters the market, extends the design and manufacturing cycle, and improves design efficiency.

2. The design of non-standard automated equipment must also, based on meeting process design requirements, carefully study the technical solutions of the equipment to determine advanced, reasonable, and stable non-standard automated equipment. 3. In the design of non-standard automated equipment, a human-centered design philosophy should be upheld, and the use of the equipment should be repeatedly evaluated to ensure that it meets the working habits of the workers. Attention should be paid to details.