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Watch manufacturing refers to the manufacturing process of transforming the design concept of watches into actual products. This process covers every link from raw material procurement, component manufacturing, and assembly to quality control. Manufacturers will use sophisticated machinery and processes to produce watches in accordance with design specifications and standards. The key steps include custom watch movements assembly, adjustment, case processing, strap production, etc. Quality control is paramount throughout the manufacturing process to ensure that watches function, look and perform as expected. Finally, after the watch is manufactured, it undergoes final inspection and packaging before being delivered to the customer.
Design: Based on the brand's requirements, the design team creates the look, function and details of the watch. Engineers will translate design concepts into manufacturable specifications and technical details.
Component manufacturing: Various watch components, such as movements, dials, hands, cases and straps, are manufactured through precision machining techniques and machines.
Assembly and adjustment: At the watch manufacturing factory, technicians assemble the parts and perform calibration and adjustment to ensure that the watch works properly and measures time accurately.
Quality Control: During the manufacturing process, strict quality control measures are used to check and verify the quality and performance of each watch to ensure that it meets the expected standards.
Packaging and Delivery: The watch undergoes final inspection and packaging, ready for delivery.
The application of automation technology in watch manufacturing makes the production process more efficient, precise and consistent. Automated equipment can complete complex manufacturing tasks, such as part processing, assembly and testing, improving production efficiency and quality control.
Computer Aided Design and Manufacturing (CAD/CAM) plays an important role in watch manufacturing. With CAD software, designers can create precise watch designs, which can be simulated and optimized virtually. CAM technology realizes the precision machining and production of parts.
Watch manufacturing requires highly sophisticated mechanical equipment such as CNC machine tools, EDM machines, laser cutting machines, etc. These devices are capable of processing and manufacturing at the micron level, ensuring the precision and quality of the watch.
3D printing technology is widely used in watch manufacturing. It enables the manufacture of complex-shaped parts, rapid prototyping and custom parts, and reduces waste and cost during manufacturing.
