More sustainable and productive steel turning with new carbide inserts
A recent survey by OpenText found that 92% of manufacturers consider corporate social responsibility (CSR) to be important for their overall reputation in the markets. Even though steel turning is, by nature, a waste producing process, it is possible for manufacturers to improve their sustainability without compromising process security — even against the unprecedented challenges of COVID-19. Here is a different approach to steel turning. According to the 17 Global Goals for Sustainable Development set out by the United Nations (UN), manufacturers are expected to minimise their environmental impact while going further than just optimising energy use. Although CSR is important to companies,manufacturers waste between 10% to 30% of material in their machining processes, with a typical machining efficiency of below 50%, which includes at the design, planning and cutting phases. So, what can manufacturers do? The UN’s goals recommend two main avenues that take into account such factors as a growing population, finite resources and the linear economy. The first is to address these challenges with technology. Industry 4.0 concepts — like cyber physical systems, big data or the Internet of Things (IoT) — are frequently cited as being the way forward for manufacturers seeking to reduce waste. Yet, this does not allow for the fact that most manufacturers are yet to apply modern machines with digital capabilities to their steel turning operations. Most manufacturers are aware of how important the choice of insert grade is for making steel turning more efficient and productive; and how this affects overall performance and tool life. However, many are missing a trick by not considering the whole tooling concept; everything from advanced inserts, tool-holders and easy-to-adopt digital solutions. Each of these factors can help to make steel turning more sustainable by reducing energy consumption and minimising waste. Reduced cutting speeds Manufacturers face […]