Servicio de Corte láser Valencia de Additium 3D
Maximum dimensions: 1400 x 900 mm
Corte por láser CO2 para madera, metacrilato, cartón con formas y ángulos complejos. Grabado en metal.
We cut your pieces and designs!
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Testimonials
What do they say about us?
¿Qué es y cómo funciona el Corte Láser en Valencia CO2?
El método de corte láser CO2 utiliza un rayo láser generado por dióxido de carbono para cortar materiales no metálicos. Este proceso se lleva a cabo mediante un rayo láser potente, proyectado a través de un tubo con gas CO2, creando calor suficiente para derretir, quemar o vaporizar el material. Esto permite realizar cortes de alta precisión.
El sistema, controlado por computadora, es eficiente y flexible, ideal para cortar madera, acrílico, plásticos, tela, papel y otros materiales no metálicos. Se destaca por producir cortes nítidos y diseños complejos con alta precisión, siendo ampliamente utilizado en diversas áreas industriales y de manufactura.
Solicita ahora tu presupuesto en línea para servicios de corte láser y grabado
Upload your CAD file
Upload your 3D design. If you don't have it, don't worry. At Additium3D, we will be happy to work with you to create the necessary file.
Get a quote with DFM
Within hours, you will receive a detailed design analysis and quotation with recommendations and pricing.
Manufacturing begins
Once you have reviewed and accepted the quote, we will start 3D printing your project.
You receive your order
The parts reach you in record time. And don't worry about delivery, we take care of that too, so that your parts are in your hands in just a few hours.
¿Qué hace a Additium3D la mejor opción para servicios de corte láser y grabado?
Expertos en Corte láser
Somos una empresa establecida y te invitamos a visitarnos en nuestra ubicación en Valencia
Speed and efficiency
Cost reduction without compromising quality
Laser cut materials in Additium 3D
What finishing options do I have with 2D laser cutting?
- Polished edgesLaser cutting provides clean, smooth edges with a natural finish that generally does not require any additional treatment.
- Engraving and marking: In addition to cutting, the laser can engrave or mark materials, allowing personalisation with logos, text or detailed designs.
- Specific surface finishes: Depending on the material, it is possible to achieve different surface finishes, such as embossing or low-tone engraving, adding texture or patterns.
- Assembly of parts: Laser cutting also enables precise cuts to be made to facilitate the assembly of parts or elements.
- Additional cleaning and polishing: For some materials, subsequent cleaning or polishing processes are possible to improve the final aesthetics of the product.
- Personalisation and specific details: The laser allows the creation of intricate and detailed designs that offer a unique level of personalisation on different materials.
2D Laser Cutting price enquiry
Laser cutting prices vary according to the material, thickness and dimensions required for your project. So please contact us for a quote tailored to your specific needs, do not hesitate to contact us!
The many applications of laser cutting
Design and prototyping industry
Laser cutting is used in the creation of prototypes and models in fields such as architecture, industrial design and product development.
Advertising and signage industry
It is widely used for the manufacture of signs, logos and decorative elements for indoor and outdoor advertising and signage.
Arts and crafts sector
Artists and craftsmen use laser cutting to create unique designs, from jewellery to works of art in wood, acrylic and other materials.
Production of mechanical elements and customised parts
In the mechanical industry, laser cutting is used for the manufacture of precise and customised parts with high tolerances.
Textile and fashion sector
It is used in the textile industry to cut fabrics with precision and to create complex designs on garments.
Furniture industry and interior decoration
Laser cutting is used for the creation of customised furniture, lamps and decorative elements.
What are the advantages of 2D laser cutting?
- Accuracy: 2D laser cutting offers exceptional precision, allowing detailed cuts and complex shapes with minimal tolerances.
- Versatility: It can cut a wide range of materials, from wood and acrylic to plastics, adapting to a variety of manufacturing needs.
- No contact: By not requiring physical contact with the workpiece, laser cutting avoids contamination and wear, maintaining the quality of the surface.
- Rapid production: It is an agile process that allows the fast and efficient production of parts, reducing manufacturing times.
- Minimal material waste: As a precise cutting method, it significantly reduces material waste compared to other cutting methods.
- Personalisation: It allows the creation of custom designs and the accurate reproduction of complex patterns with ease.
- Design flexibility: The ability to cut detailed shapes and complex designs offers flexibility in part design.
- Low tooling costs: It does not require the use of specific tools for each shape, reducing the costs associated with changing tools.
Laser cutting specifications and capabilities
Material | Thickness ranges | Standard exit zones |
Wood | 1 mm - 25 mm | 1400 mm x 900 mm |
Acrylic | 1 mm - 20 mm | 1400 mm x 900 mm |
PVC | 1 mm - 20 mm | 1400 mm x 900 mm |
Glass | 1 mm - 12 mm | 1400 mm x 900 mm |
Engineering plastics | 1 mm - 20 mm | 1400 mm x 900 mm |
In addition, we offer a specialised engraving service for metallic materials, allowing customisation and precise marking on a wide range of metals for your specific needs.
Success stories
Replica Microscope for the production company La Factoría de los Sueños
At Additium3D, we don't just offer 3D printing, we offer complete additive manufacturing solutions. Our experience ranges from the...
Orthopaedics in 3D - We adapt a customised support for a mechanised chair.
At Additium3D, we are committed to the wellbeing of people, and one of the areas where our technology has an important role to play is in the...
Powering Innovation in Energy Storage: Power Electronics 3D mock-up for trade shows
Power Electronics, the world's leading manufacturer of solar inverters and energy storage, participated in Solar & Storage Live London,...
3D Printing in Healthcare: Design and manufacture of elastic and adaptable support for catheters
There are numerous uses for 3D printing technology in everyday life, but one of the ones that fills us with...
Faqs Laser cutting
The cost of laser cutting can vary depending on the material, the complexity of the design and the time required for cutting. It is generally calculated by laser usage time and can vary between suppliers and materials.
The laser is versatile and can cut a wide range of materials, such as wood, acrylic, cardboard, fabric, rubber, plastics, among other non-metallic materials.
The thickness that a laser can cut varies depending on the type of material. Generally, laser cutting can be adapted to materials of different thicknesses, from thin sheets to more substantial thicknesses, depending on the power of the laser.
The common formats for designing files for laser cutting are SVG, DXF and AI, but various vendors accept different formats depending on their systems and preferences.
