Carbon 3D printing
Strength, lightness and durability: carbon 3D printing is the ideal solution for creating objects and components that require high mechanical strength and low weight. This technology is particularly appreciated in sectors such as aerospace, automotive and medical. Using carbon-filled plastic filaments, Omega Microfusioni creates and prints complex geometries, optimising production times and costs for prototypes and small series with maximum precision.
The benefits of 3D carbon printing with Omega Microfusioni
Speed
we make quick prints, from single pieces to small productions, within 24/48 hours to guarantee on-time results.
Dimensions
With 3D printing, we can create large parts, up to 256x256x256 mm, perfect for functional prototypes or customised structures.
Resistance
Carbon 3D printing makes it possible to create parts that are stronger and lighter than normal wire printing.
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Why choose Carbon Printing?
Carbon 3D printing is the ideal choice for those seeking mechanical strength, lightness and durability, even in difficult conditions. This technology is perfect for structural applications in sectors such as aerospace, automotive and industrial. Thanks to the combination of specific materials and Omega Microfusioni's experience in 3D printing, we manufacture components capable of withstanding high loads and stresses, ensuring precision and quality in every project.
How much does a 3D print cost?
The prices of a 3D printed object depend on many variables:
dimensions
complexity
material
number of parts to be printed
time required for printing
For each project we provide a customised quote that takes all parameters into consideration
Printing times
The turnaround time for 3D printing is very fast:
single object: print in 24 hours
small productions: print in 24/48 hours.
Sizes and quantities
Print accuracy: 0.4 mm
Maximum size: 256x256x256 mm
Minimum order: 1 piece
Maximum order: 200 pieces. Above 200 pieces we recommend using a mould.
Processing stages
Every stage of production is designed to focus on your needs. Whether it's a prototype or a small production run, our goal is to guarantee quality, precision and speed. Thanks to our experience and the use of the most advanced 3D printing technologies, at Omega Microfusioni we transform your design into a finished carbon product that faithfully reflects your expectations.
Materials
Depending on the complexity and end use of the object, we at Omega Microfusioni advise the customer on the most suitable material for printing, choosing from different types of carbon-filled plastics.
PLA CF
Perfect for prototyping and lightweight functional parts, PLA with carbon is a 3D printer filament that combines PLA and carbon fibres, making it stiffer, lighter and stronger than regular PLA. Ideal for technical components, it has an opaque, quality appearance.
ASA CF
ASA with carbon is a 3D printer filament that combines ASA (Acrylonitrile Styrene Acrylate) with carbon fibres, offering excellent weather resistance, UV stability, stiffness and light weight. It is ideal for outdoor applications and components exposed to harsh environmental conditions, while maintaining a high quality matt finish.
PET CF
PET with carbon is a filament for 3D printers that combines PET with carbon fibres, increasing rigidity, strength and dimensional stability. This material is lightweight, durable and offers an excellent surface finish, making it ideal for functional parts and technical applications requiring strength and precision.
PTEG CF
Ideal for technical and structural parts requiring mechanical strength and stability, PETG with carbon is a filament for 3D printers that combines the strength of PETG with carbon fibres, offering greater rigidity, heat resistance and lightness. It is durable, with good adhesion between layers and a quality matt surface.
PAHT CF
For advanced technical applications exposed to mechanical stress and high temperatures, PAHT with carbon is the ideal material. The filament for 3D printers is composed of high-temperature polyamide reinforced with carbon fibres and guarantees high mechanical strength, thermal stability and stiffness. It finds wide application for automotive and industrial components.
PA6 CF
PA6 with carbon is a very strong 3D printer filament made of polyamide 6 and reinforced with carbon fibres. This mix makes it ideal for industrial parts or components that have to withstand high stresses, due to its strength and ability to resist heat and wear.
Sustainability for Omega Microfusioni
With a keen eye on the environment, at Omega Microfusioni we recover production leftovers and scraps to carry out tests, create prototypes and study the performance of recycled plastic materials. This approach allows us to minimise waste and contribute to a more sustainable production process.
Why choose Omega Microfusioni for carbon 3D printing?
Speed, support and versatility: at Omega Microfusioni, we offer all our expertise in the field of 3D printing to guide customers in choosing the most suitable type of printing and material based on the end use of the object or type of prototype. We respond to our customers' requests with extreme precision and in a very short time thanks to a streamlined and efficient production process.
Tailor-made solutions in various sectors with carbon 3D printing
Carbon 3D printing is a versatile and precise technology, ideal for meeting the needs of different sectors. Thanks to the quality of the materials and attention to detail, at Omega Microfusioni we support professionals and companies in the production of prototypes, models and specific components. Find out how we can help you turn your ideas into unique, high-quality products.
Automotive
Lightweight, durable and high-performance components. With 3D carbon printing, we can create customised parts, functional prototypes and structural components, optimising production times and reducing costs. Thanks to its high mechanical strength, 3D-printed carbon is ideal for applications requiring durability and high performance.