TETMET
TETMET offers a revolutionary manufacturing process called Adaptive Spatial Lattice Manufacturing (ASLM) that enables the economical, large-scale production of lattice structures. Their proprietary technology uses AI-controlled robotic arms and laser welding to join solid metal rods precisely, minimizing material waste and energy consumption. This process is designed to bridge the gap between advanced lattice design and industrial application, making complex, lightweight, and strong structures feasible for industries like Automotive, Aviation, Defense, and Energy. TETMET also provides a Lattice Design Suite (LDS) to help engineers design and convert existing parts into lattice variants, integrating with common CAD software. The company emphasizes sustainability, efficiency, and cost-effectiveness, claiming significant reductions in material usage (40% to 70%), energy consumption (up to 90%), and logistics (30%) compared to conventional methods. Their vision includes applications in space manufacturing, promoting decentralized and circular economy principles.
TETMET
TETMET offers a revolutionary manufacturing process called Adaptive Spatial Lattice Manufacturing (ASLM) that enables the economical, large-scale production of lattice structures. Their proprietary technology uses AI-controlled robotic arms and laser welding to join solid metal rods precisely, minimizing material waste and energy consumption. This process is designed to bridge the gap between advanced lattice design and industrial application, making complex, lightweight, and strong structures feasible for industries like Automotive, Aviation, Defense, and Energy. TETMET also provides a Lattice Design Suite (LDS) to help engineers design and convert existing parts into lattice variants, integrating with common CAD software. The company emphasizes sustainability, efficiency, and cost-effectiveness, claiming significant reductions in material usage (40% to 70%), energy consumption (up to 90%), and logistics (30%) compared to conventional methods. Their vision includes applications in space manufacturing, promoting decentralized and circular economy principles.