UK-based manufacturer Petersen Stainless Rigging has responded to ever-increasing demand for its larger stainless steel shackles by taking delivery of a brand new Vertical Machining Centre from Mills CNC Ltd in Leamington Spa, UK.
Petersen Stainless Rigging has been forging stainless steel shackles for over 100 years, and use this expertise to deliver market-leading products. They work closely with European suppliers to ensure the stainless steel drawn bar used is of the highest quality and fully traceable, before using specialist manufacturing methods to ensure the structural integrity of the material is preserved. Petersen upset forge, rather than drop forge, all their shackles because this method ensures the grain of the steel flows around the shackle head. This results in excellent fatigue and corrosion resistance, as well as high strength. The holes in the shackle head are then precision-machined rather than stamped, the traditional method. Machining the holes ensures very tight tolerances can be maintained, providing a better fit when the pin is fitted to the body. A good fit is particularly important for load pins, but it reduces the risk of bending for all types of pin, improving the longevity of the shackle.
Kevin Bell, CEO of Petersen Stainless Rigging, commented, "Demand for our shackles continues to grow, especially in the larger sizes. To make sure we continue to exceed our customers’ expectations, we decided to increase capacity by buying a new machine which would focus particularly on our larger shackles. It was great working with the team at Mills CNC – the machine was delivered quickly, installed and commissioned within days, and is already up and running and drilling shackles.”
The new machine will increase manufacturing capacity for Petersen’s larger shackles by about 40%, allowing Petersen to offer big service improvements to their customers, with shorter lead-times and greater flexibility, without compromising on the exceptional quality of the product.
Visit www.petersen-stainless.co.uk to learn more.