# Nonstandard Precision Machining # Turning processing The company’s innovation in the hardware production process

1. Introducing digital design and simulation

1. Use CAD, CAM and other software for three-dimensional design of hardware to discover and solve potential design defects in advance and reduce modifications and rework in subsequent production.

2. Use simulation software to virtually simulate the production process and optimize process parameters, such as cutting speed, feed, etc., to improve production efficiency and product quality.

2. Application of intelligent manufacturing technology

1. Install an automated production line to realize automatic loading and unloading, processing, testing and packaging of hardware, reducing manual intervention and improving production efficiency and stability.

2. Introduce industrial robots for highly repetitive and labor-intensive processes such as handling, welding, and assembly to reduce labor costs and improve production accuracy.

3. Optimize production schedule

1. Use advanced production planning and scheduling systems to rationally arrange production tasks based on order requirements, inventory conditions and equipment capacity to reduce production waiting time and inventory backlog.

2. Introducing the agile manufacturing concept, for emergency orders or personalized customized orders, the production plan can be quickly adjusted to achieve flexible production.

4. Supply chain collaborative innovation

1. Establish close cooperative relationships with suppliers to achieve on-time supply of raw materials and reduce inventory costs.

2. Use Internet of Things technology to monitor the logistics status of raw materials and parts in real time to improve the transparency and response speed of the supply chain.

5. Innovation in quality control

1. Introduce online inspection equipment, such as visual inspection systems, laser measuring instruments, etc., to conduct real-time inspection of the size and appearance of hardware parts, discover unqualified products in a timely manner, and reduce the scrap rate.

2. Establish a quality traceability system to record the production process of each hardware piece in detail. Once a quality problem occurs, it can be quickly traced back to the source and effective improvement measures can be taken.

6. Implementation of lean production concept

1. Conduct value stream analysis on the production process, eliminate unnecessary links and waste, optimize the operation process, and improve production efficiency.

2. Carry out continuous improvement activities with the participation of all employees, encourage employees to put forward suggestions for improvement, and continuously optimize the production process.