During the recent BIEMH/ADDIT3D exhibition and coinciding with its second anniversary, the Basque engineering company MADIT acquired its fourth Renishaw metal additive manufacturing system. On this occasion, the company’s founders chose a RenAM 500Q system.
The RenAM 500Q is a high-productivity multi-laser additive manufacturing system that features four 500W lasers, each capable of working on the entire build area, achieving significantly higher build rates than single-laser systems. In addition, RenAM 500Q features an automatic powder management system, dual safe-change filters and an intelligent inert gas flow system, characteristics that guarantee quality and consistency throughout the whole manufacturing process.
After investing in the three previous systems, this new acquisition will complement MADIT’s existing technology and substantially increase its manufacturing capacity. At the same time, it will strengthen MADIT’s position in the growing metal additive manufacturing market while bringing it closer to short and medium-series production with shorter manufacturing times.
This acquisition follows MADIT’s strategy to dedicate each machine to a single material, thus avoiding powder changeovers. This assures the quality and responsiveness of the company. This fourth system will be dedicated to titanium, another material in MADIT’s expanding portfolio.
MADIT uses all its resources from the design to the post-processing of the parts produced to provide integral solutions optimizing the results and assuring total control throughout the process. The company is located in the Basque Country and founded by a team passionate about design and innovation, with the desire to take this technology to the highest levels of industrial production.
The team has extensive experience in this technology applied to the aeronautical sector, where the greatest advances in the field have been achieved so far. In addition, MADIT can provide extensive knowledge in industrial design and production management, focusing on industrialization, process control and cost optimization, as an ideal technological partner for industrial projects.