Pure copper is a highly desirable material for heat exchangers and electrical components due to its excellent thermal and electrical properties. While these properties are beneficial for the application, they also turn the process of using copper in additive manufacturing into a challenge. Here, Kenneth Nai, Principal Engineer at Renishaw, explores how to overcome this issue and use additive manufacturing to produce fine complex copper structures for heat exchangers.
A collection of opinion pieces and articles covering topics relating to additive manufacturing, aimed to inform you of how additive manufacturing can impact your business, the latest developments in the technology, how you can adapt to designing parts for
projít na článekCroom Precision Medical has chosen Renishaw as their additive manufacturing (AM) and metrology partner, utilising Renishaw technology throughout the production and validation of their ISO13485 certified medical devices. The company has found that using Re
projít na článek3D Metalforge uses Renishaw's additive manufacturing systems and software to help select a future-proof additive manufacturing system for flexible, high-quality end-use part production.
projít na článekIn a series of videos, Marc Saunders, Renishaw Additive Manufacturing Solutions Centres Director, will discuss key factors that drive the success rate and productivity of metal additive manufacturing builds and some of the critical guidelines that designe
projít na článekIn a series of videos, Marc Saunders, Renishaw Additive Manufacturing Solutions Centres Director, will discuss key factors that drive the success rate and productivity of metal additive manufacturing builds and some of the critical guidelines that designe
projít na článek