Industries
LARGE FORMAT ADDITIVE MANUFACTURING FOR THE ENERGY TRANSITION
The energy sector is gradually adopting LFAM to optimize the production of custom parts, prototypes, and tooling, becoming an extremely useful asset in the sector to solve issues in energy production and storage, to cut costly plant downtimes, and to improve plant setup projects.
Industries
LARGE FORMAT ADDITIVE MANUFACTURING FOR THE ENERGY TRANSITION
The energy sector is gradually adopting LFAM to optimize the production of custom parts, prototypes, and tooling, becoming an extremely useful asset in the sector to solve issues in energy production and storage, to cut costly plant downtimes, and to improve plant setup projects.
The benefits of 3D printing for the energy sector
CERTIFICATIONS & SAFETY STANDARDS
Key associations are working to facilitate the certification of parts manufactured with AM, especially thanks to innovation on advanced materials that guarantee safety
ON-SITE PRODUCTION & DIGITAL WAREHOUSING
With plants in remote areas, transport and storage can be costly. 3D print parts right on-site and save all your part file in an always accessible digital library
CUSTOM COMPLEX PARTS
Often components are assembled, bolted, welded, with lengthy lead times. With 3D printing redesign parts as one, produce, and install quickly and cost-efficiently
OBSOLETE PARTS
Thanks to reverse engineering and 3D printing, it is possible to maintain also older equipment and machinery which would otherwise have to be substituted
CUT DOWNTIMES
Equipment breakdowns can result in expansive plant downtimes, and quick production of temporary or permanent parts can ensure business continuity
SUSTAINABILITY
Reduce waste, material used by optimizing geometries, cut impact of logistics, and introduce more efficient production methods
3D Printed Energy Parts
3D printing energy applications
From rapid prototyping, simulacra for testing, temporary parts and tools for maintenance or construction, to custom functional parts, explore how large format additive manufacturing supports the manufacturing for the energy sector.
-
Prototypes and mock-ups
-
Custom accessories and specialized equipment
-
Large-scale supports, containers, and tanks
-
Custom jigs and tools
-
Modular structures for construction and industrial sites
Composite 3D Printing
Heron AM
Flexible, large-scale, production of polymeric and composite parts enabled by 6+ axis robotic additive extrusion platform.
Metal Additive Manufacturing
Vipra AM
Efficient, automated production of industrial, large-scale metal parts through robotic direct energy deposition platform.
Video
Wind blades’ lamination tool 3D printed with recycled materials
Check out some of our projects
Application-first stories
Read how cutting-edge players across sectors are using large format additive manufacturing for industrial applications and how Caracol is helping them transform their advanced production processes.
3D Printing Materials
Advanced materials for industrial additive manufacturing
Caracol LFAM systems can print a wide range of high-performance polymers, composites, and metals. All our industrial-grade materials are carefully selected, qualified, and engineered to ensure efficient, reliable, and scalable production across multiple industries.
