Renishaw, a global leader in advanced manufacturing technologies, is set to launch a new metal additive manufacturing (AM) system tailored for newer adopters in the industry. The upcoming system, an extension of the well-regarded RenAM 500 series, aims to reduce the cost per part and make high-quality metal AM more accessible without compromising on quality. This move comes as part of Renishaw’s broader strategy to widen AM adoption, aligning with its recent innovations such as the TEMPUS technology and the RenAM 500 Ultra system. By focusing on productivity enhancements and cost efficiency, the company is ensuring that advanced AM technologies are within reach for manufacturers of various sizes.
The new machine is set to debut at the Formnext event, presenting a more affordable initial investment while upholding the high standards associated with the RenAM 500 series. This development is in line with a growing trend in the AM industry: making advanced technologies more cost-effective and scalable. Renishaw’s TEMPUS technology, which gained significant acclaim last year, has already demonstrated the potential to cut build times by up to 50% by allowing lasers to fire during recoater movement. This innovation alone has made high-quality AM more accessible to a broader range of manufacturers.
Lowering the Entry Barriers to Additive Manufacturing
Renishaw’s new system aims to lower the entry barriers to metal AM by offering a more affordable initial investment. This approach is designed to attract newer adopters who might hesitate due to the traditionally high costs associated with advanced AM technology. By delivering a cost-effective solution without compromising on the quality for which the RenAM 500 series is known, Renishaw is opening the doors to a wider audience. The upcoming system is a testament to the company’s commitment to democratizing access to high-quality manufacturing technologies.
The TEMPUS technology has been a cornerstone of this effort, enabling productivity enhancements that significantly reduce build times. By eliminating up to nine seconds per layer, TEMPUS technology allows for faster production cycles, thereby lowering the overall cost per part. This innovation can be retrofitted to existing RenAM 500 platforms, making it an attractive option for current users seeking to enhance their productivity without investing in a completely new system. The integration of high-powered lasers capable of covering the entire powder bed simultaneously further underscores Renishaw’s focus on improving productivity and reducing costs.
Industry Trends and Practical Applications
The broader industry trend towards making AM technologies more cost-effective and scalable is evident in Renishaw’s recent developments. The company’s provision of high-powered lasers, for example, has enabled simultaneous coverage of the entire powder bed, thereby significantly boosting productivity. This approach not only reduces the cost per part but also ensures that high-quality AM is accessible to a larger number of manufacturers. Renishaw’s innovations are setting new benchmarks for productivity and cost-efficiency in the industry, reinforcing the company’s leadership in advanced manufacturing technologies.
The practical benefits of these advancements are exemplified by companies like Domin, which has integrated the RenAM 500Q Ultra system to produce high-performance hydraulic valves. Domin’s adoption of Renishaw’s technology highlights the diverse applications and tangible advantages of advanced AM systems. By enabling faster production times and reducing costs, Renishaw’s innovations are making it feasible for companies of varying sizes to leverage high-quality AM for their manufacturing needs. This trend towards increased accessibility and efficiency is reshaping the landscape of advanced manufacturing, making it more inclusive and economical.
A Unified Strategy for Broader Usability
Renishaw, a global leader in advanced manufacturing technologies, is introducing a new metal additive manufacturing (AM) system aimed at new adopters in the industry. This upcoming system, building on the acclaimed RenAM 500 series, is designed to lower the cost per part while maintaining high quality. This initiative is part of Renishaw’s broader strategy to expand AM adoption, complementing recent innovations like TEMPUS technology and the RenAM 500 Ultra system. By prioritizing productivity and cost efficiency, Renishaw is making advanced AM technologies more accessible to manufacturers of different sizes.
The new AM machine will debut at the Formnext event, offering a more affordable entry price while upholding the stringent standards of the RenAM 500 series. This development aligns with the industry’s trend of making advanced technologies both cost-effective and scalable. Renishaw’s TEMPUS technology, which earned significant praise last year, has shown the potential to halve build times by allowing lasers to operate during recoater movement. This breakthrough has already made high-quality AM more accessible to a wider range of manufacturers, further supporting the industry’s growth and innovation.
