BUILD BEYOND POSSIBLE, WITH ADDITIVE MANUFACTURING

Manufacture with no limits in scale, shape, or materials, with Caracol’s Additive Manufacturing technologies: integrated LFAM platforms for large scale components.

Efficient, reliable, and sustainable production.

Caracol works to enable manufacturing companies’ ability to produce advanced large scale industrial applications in a more efficient and sustainable way with its modular and large format 3D printing technologies.

About Caracol

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Heron AM

MATERIALS

Heron AM

The turnkey LFAM platform to print parts in composite with no scale or shape limits. The hardware-software robotic system works on 6+ axes, modularly set to satisfy specific production needs.

Industries

FURNITURE

LEVERAGING THE FREEDOM AND FLEXIBILITY OF ROBOTIC LFAM FOR 3D PRINTED FURNITURE

Caracol began developing its robotic LFAM by working on producing interior design pieces in a more efficient and sustainable manner. The creative freedom, combined with the flexibility of a cost-effective manufacturing and sustainable process make this technology ideal for 3D printed furniture and design parts.

The benefits of large format 3D printing for interior design

DESIGN FREEDOM
Fully leverage the complete creative flexibility that 6-axes robots, additive manufacturing, and computational design provide

CUSTOM-MADE, ON-DEMAND
Customize parts at single-unit level, 3D printing on-demand from your digital library of designs

INNOVATING MATERIALS
Imagine working with materials derived from nature: fruit and plants, recycled post-industrial or post-consumer plastics… the boundaries are endless

EFFICIENTLY USED RESOURCES
Cut waste in production 3D printing with only needed materials, eliminate tooling and supports, and recycle any scraps

TOWARDS NET-ZERO PRODUCTION
Manufacture with a cleaner process that minimizes energy consumption, optimizing designs to lower print time and material used

EFFICIENT IN SPEED AND COST
Swiftly get from concept to finished part, cut production lead time and costs for both your development and production stages

BOAT & MARINE

3D PRINTING BOAT & MARINE COMPONENTS
In the marine sector, LFAM is key in the production of large-scale molds for yacht structures, lightweight sail and racing boat parts and custom yacht components, such as superstructures, and boat or canoe hulls. 3D printing can accelerate maintenance for large ships and minimize down times.

Large format 3D printing for marine


PART OPTIMIZATION
Geometrically complex parts, optimized for weight and performance

FLEXIBLE PRODUCTION
Agile production with LFAM for part customization on a scalable, cost-efficient basis

FASTER PRODUCTION
Accelerate production by printing parts directly and eliminating costly assemblies, tools and molds

SPECIALIZED MATERIALS
LFAM enables innovation thanks to the qualification of several durable, marine-ready, from fiber-reinforced to sustainable and recycled alternatives

DESIGN FREEDOM
Large assemblies can be consolidated into single-piece complex parts, reducing the amount of post-processing and assembly steps

SUSTAINABLE MANUFACTURING
Substitute toxic glass fiber lamination with upcycled materials, optimized designs with no use of tooling or molds, for boats with a better environmental footprint

TOOLING

IMPROVED MANUFACTURING PROCESSES WITH 3D PRINTED TOOLING


More efficient and sustainable production starts with 3d printed tools, jigs and fixtures. By implementing LFAM technologies, manufacturing tools and molds becomes easier, faster, cheaper, and finished partners are lighter and more sustainable overall. With the Heron AM system you can produce valuable solutions to manufacture tooling in accordance with the AS/EN 9100 certification highest quality standards.

The benefits of large format 3D printed tooling


QUALIFIED FOR PRODUCTION
3D print tooling with a AS/EN 9100 certified LFAM process for the best quality parts

FASTER PRODUCTION
Reduce lead times drastically from design to finished parts compared to traditional processes, with part consolidation and eliminating need for assembly

DESIGN FOR USABILITY
Make tools lighter to handle, introduce ergonomic features to improve part handling, operations, and logistics in the shop floor with greater flexibility in design

OPTIMIZED RESOURCE USE
Significantly reduce use of raw materials, cut waste by up to 90%, and innovate on materials introducing performing recycled composites

HIGH-TEMPERATURE MATERIALS
Use advanced industrial materials, including composites qualified for high temperatures of autoclave processes, such as PC with carbon fiber or PEI

LONG-LIFE AGILITY AND VERSATILITY
Flexibly produce tools of all types, sizes, and with different materials, a system that adapts to your company’s evolution