SORALUCE RECEIVES THE RINGIER TECHNOLOGY INNOVATION AWARD 2020 FOR MULTITASKING CENTRE

On August 26, 2020, the High Efficiency Processing and Advanced Manufacturing Technology Development Summit 2020 and 2020 Ringier Technology Innovation Awards Ceremony co-hosted by Shanghai Mechanical Engineering Society and Ringier Trade Media were successfully held in Shanghai. The prestigious Ringier Technology Innovation Awards- Metalworking Industry are handed out in recognition to industrial pioneers for the outstanding innovative technologies, aiming to cultivate innovation and promote industrial development. 

Soraluce multitasking machining centre - turning/boring/milling/grinding (ALL in ONE) was awarded with Ringier Technology Innovation Award 2020– Metalworking Industry in recognition of highly complicated functions, self-developed multitasking head, and patented DAS+ (Patent No. EP 3 017 911) active damping technology.

Soraluce multitasking solutions allow different machining operations to be integrated into a single machine, making it possible to reduce cycle times, save costs and increase the efficiency of machining processes. In this context, Soraluce has reformulated the concept of multitasking, traditionally associated with integrating turning and milling in a single machine, thanks to the development of advanced technologies that also incorporate grinding. This latest operation is the phase with the highest requirements of precision in the machining process and is the culmination of the manufacture of high added value industrial parts.

The multitasking concept developed by Soraluce, which can be incorporated into the manufacturer's entire machine range, has great advantages, such as shortening the loading, unloading and centring times of workpieces, as, by carrying out the different tasks on a single machine, these operations only need to be performed once. In addition, the choice of a multitasking system makes it possible to reduce investment in the number of equipment, reduces the floor space required and optimises the amount of resources required.