Socket Manufacturing Process
This method is used to cut off the preliminary shape and size of the socket from metal components.
At room temperature, the cut metal is forged to produce the approximate outline of the socket. Cold forging increases the metal's strength and longevity.
The forged socket is precision machined to ensure that its dimensions and shape fulfill design criteria.
The surface of the socket is ground smooth to remove any burrs or unevenness.
This process is used to increase the smoothness and gloss of the socket's surface.
A rough pattern on the socket's outer surface that improves grip and prevents slippage.
A metal coating, such as zinc or chrome, is applied to the surface of the socket to improve corrosion resistance and aesthetic appeal.
The process of printing marks on the surface of a socket, such as size indicators or brand logos.
Socket Manufacturing Process Summary
From raw material to completed product, the socket manufacturing process is a precise and rigorous 8-step trip.
It all starts with wire cutting, then cold forging for strength and machining for precision. Grinding and vibratory finishing provide a smooth surface, whilst knurling improves grip. Electroplating increases durability and visual appeal, while belt printing gives necessary marks.
This mix of contemporary technology and traditional workmanship results in high-quality sockets that are both robust and user-friendly, addressing the functional and aesthetic demands of both professional and casual users.