Lightweight advanced nanoporous material, including silica monolith, particles, blankets and more; polymer, carbon and more types; supercritical, freeze, and ambient pressure drying manufacturing processes. Electric vehicle, oil & gas &more applications.
In-mold structural electronics, functional film bonding, film insert molding, 3D electronics, structural electronics, capacitive touch sensors, stretchable conductive ink, additive electronics manufacturing, automotive interiors, human machine interfaces.
Comprehensive benchmarking of 14 polymer 3D printing technologies, granular 10-year market forecasts with 85 forecast lines, and complete player analysis
Eighty 10-year forecast lines across 17 3DP technologies and 10 3DP material types. Includes technology breakdowns, market analysis, benchmarking studies, player profiles for polymer, metal, ceramic, composite, and construction 3DP companies
Granular ten-year graphene market forecasts for 18 key application areas, data-driven application assessment, & benchmarking studies. 150+ companies interviewed, full profiles for 60+ key players included, & market research on graphene for over 10 years.
Seventy-five 10-year forecast lines, benchmarking studies, player profiles. Includes: photosensitive resins, thermoplastic powders, thermoplastic filaments, metal powders, metal wire, and ceramic materials
3D printed electronics, molded interconnect devices, in-mold electronics, aerosol jet, 3D metallization, laser direct structuring, additively manufactured electronics.
Benchmarking of 3D printing technologies, granular market forecasts, and complete player analysis
Granular market forecasts, interview-based company profiles, technology breakdowns and benchmarking studies, and market outlook
Granular market forecasts, interview-based company profiles, technology and material benchmarking studies, case studies, and market outlook
Technology and printer benchmarking studies, comprehensive player assessment, interview-based company profiles, and granular market forecasts.
Emerging technologies for diagnosis, remote monitoring and treatment
Semiconductor lasers; milliwatt to multi-kilowatt power, innovations in material processing, optical sensing and optical pumping