10.16.17
CERADROP, a MGI Group company, has accomplished the CeraPrinter F-Serie installation course at the premises of the Danish Technological Institute (DTI). In this fast changing world, the newest technological capabilities offer an incredible advance towards the exciting applications of the future. The digital micro-additive manufacturing for 2D & 3D functional components is obviously passing through its growth.
“We are so proud to be chosen by such a powerful foundation as the Danish Technological Institute,” said Nicolas Bernardin, deputy managing director at CERADROP. “DTI provides technological services to industry covering innovative projects in various fields, one of which is nanomaterials production.
“The modular-based CeraPrinter F-Serie is dedicated to complex functional multi-material components design and print,” Bernardin added. “The platform offers the breakthrough approach in reaching the goal for Smart Nanomaterial applications. Its hybrid inkjet and Aerosol Jet materials deposition concept, an advanced software suite, curing modules and characterization options provide the most innovative and complete solution for printed electronics and Smart 3D printing.”
“The CERADROP 3D digital deposition system will be instrumental for our development on both material and component level,” Dr. Zachary J. Davis, team manager, nano production and micro analysis at DTI, added. “We are observing a large push from the industry for digital production tools, and the F-Serie platform gives us the capability to develop along the entire value chain from material testing, process optimization and component prototyping and pilot production.
“Having the possibility to handle multiple materials and materials systems using several curing and sintering systems in the same platform will streamline both material and component development, which is not available in other printing platforms,” Dr. Davis noted.“The F-Serie at DTI will be used as a test bench for nanomaterial development, with the purpose of process optimization and pilot production of components for industrial applications.
“Several industrial cases are already being pursued mainly in the sensor application domain; however, we are looking to expand into textiles and printed medicine applications in the near future,” Dr. Davis concluded. “DTI has identified the challenge of nanomaterial compatibility. This printing system has with the highest degree of flexibility, which allows us to focus on this main challenge.”
First trials on the Ceraprinter F-Serie were launched at DTI right after installation. (Source: CERADROP/MGI)
“We are so proud to be chosen by such a powerful foundation as the Danish Technological Institute,” said Nicolas Bernardin, deputy managing director at CERADROP. “DTI provides technological services to industry covering innovative projects in various fields, one of which is nanomaterials production.
“The modular-based CeraPrinter F-Serie is dedicated to complex functional multi-material components design and print,” Bernardin added. “The platform offers the breakthrough approach in reaching the goal for Smart Nanomaterial applications. Its hybrid inkjet and Aerosol Jet materials deposition concept, an advanced software suite, curing modules and characterization options provide the most innovative and complete solution for printed electronics and Smart 3D printing.”
“The CERADROP 3D digital deposition system will be instrumental for our development on both material and component level,” Dr. Zachary J. Davis, team manager, nano production and micro analysis at DTI, added. “We are observing a large push from the industry for digital production tools, and the F-Serie platform gives us the capability to develop along the entire value chain from material testing, process optimization and component prototyping and pilot production.
“Having the possibility to handle multiple materials and materials systems using several curing and sintering systems in the same platform will streamline both material and component development, which is not available in other printing platforms,” Dr. Davis noted.“The F-Serie at DTI will be used as a test bench for nanomaterial development, with the purpose of process optimization and pilot production of components for industrial applications.
“Several industrial cases are already being pursued mainly in the sensor application domain; however, we are looking to expand into textiles and printed medicine applications in the near future,” Dr. Davis concluded. “DTI has identified the challenge of nanomaterial compatibility. This printing system has with the highest degree of flexibility, which allows us to focus on this main challenge.”
First trials on the Ceraprinter F-Serie were launched at DTI right after installation. (Source: CERADROP/MGI)
