Winward Engineering were tasked with manufacturing 1100mm light shades for Paddington Station on London's newest train line. 
Winward Engineering were approached with a lighting project that was to be used in Paddington Station, on the Elizabeth line, London's newest train line built between 2009-2022. The customer leveraged Winward's extensive stock tooling to produce the components without the upfront lead time and tooling cost. Thanks to this and Winward's various in-house services, we managed to get a complete prototype in the customers hands within 10 days of recieving the order. 
 
By being slightly flexible with the drawing, our customer gifted themselves more time for the final assembly, ensuring they can meet critical deadlines. They also improved their margin by avoiding the tooling costs and leveraging our continual investment in metal spinning tooling. 
Metal spinning for Paddington Station

WHY METAL SPINNING? 

The part is circular and rotationally symmetrical, and the requirement is a one-time project - making metal spinning a perfect fit. Compared with casting or stamping, metal spinning has quick set up times, lowering the overall cost of low-medium batches. 

WHY WINWARD ENGINEERING? 

Winward Engineering could complete the entire job in-house, using our own flat-bed cutting and metal spinning services, along with our own stock tooling. Due to these factors, we could provide a very competitive price and managed to get a full prototype in the customers hands within 10 days of receiving the order. 

THE ROYAL SEAL OF APPROVAL 

On May 17th 2022, Queen Elizabeth II made a suprise visit to Paddington Station to see the completed Elizabeth line. The Queen was joined by her youngest son, Prince Edward, the Prime Minister Boris Johnson, London Mayor Sadiq Khan and Transport Secretary Grant Shapps. 
Queen Elizabeth at Paddington station
Boris Johnson at Paddington station
DID YOU KNOW? 
Winward can spin up to 3.2 meters or 3200mm. That's approximately 142 x £1 coins or 64 x AA batteries lined side by side! 
X 142 
X 64 
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