Materials and Finishing

We offer a wide range of 3D printing materials, including PLA, PETG, TPU, and fiber-reinforced polymers. We also provide advanced post-processing techniques such as sanding, polishing, and painting, delivering industrial-grade components with maximum precision and durability.

Advanced Materials. Precision Finishing. Maximum Functionality.

3D printing is just the beginning. At Xtrude3D, we provide comprehensive solutions covering material selection and post-processing to ensure the highest quality, durability, and precision of finished components. Our solutions are optimized for industrial applications, including logistics, automotive, robotics, and emerging technologies.

Wide Selection of 3D Printing Materials

The choice of material is crucial for the functionality and durability of printed components. We offer materials tailored to the most demanding industrial conditions:

  • PLA – Eco-friendly and easy to print, suitable for prototyping and concept models.
  • PETG – High resistance to moisture and chemicals, ideal for functional components.
  • TPU – Flexible, wear-resistant, and deformation-resistant, used in damping elements and seals.
  • ABS & ASA – Durable thermoplastic polymers resistant to high temperatures and UV radiation, suitable for outdoor applications.
  • Fiber-reinforced polymers (carbon or glass fiber) – High rigidity and mechanical strength for applications in automotive, robotics, and industrial machinery.

Each material is carefully selected to meet specific project requirements, ensuring optimal performance and maximum durability.

Post-Processing – Precision Surface Finishing

Advanced post-processing techniques enhance the mechanical, aesthetic, and functional properties of printed components. We offer:

  • Sanding and polishing – Eliminates roughness, providing smooth surfaces with precise dimensions.
  • Painting and coating – Customizing appearance and protective properties to meet industrial specifications.
  • Lacquering – Adds an extra protective layer to enhance resistance to environmental factors.
  • Welding and bonding elements – Joining components into larger structures without compromising mechanical strength.

Our finishing methods ensure that 3D-printed components are fully functional for advanced technical applications, eliminating the need for additional processing.

Why Choose Xtrude3D?

  • Expertise in industrial technologies – We provide materials and post-processing tailored to the highest industry standards.
  • Engineering precision and quality – We design and finish components to meet strict manufacturing norms.
  • Efficiency and cost optimization – We minimize production time and costs using advanced printing and finishing techniques.
  • Customized approach – We advise on material selection and post-processing methods based on project-specific needs.

Applications in Industry and Emerging Technologies

Our materials and post-processing services are designed for sectors requiring the highest precision and durability:

  • Industrial manufacturing – Technical components resistant to extreme operating conditions.
  • Logistics and automation – Structural and functional elements for transport and warehouse systems.
  • Automotive – Durable structural parts, interior elements, and protective covers.
  • Robotics and process automation – Precision components for mechanical systems and control units.
  • New technologies and material engineering – Experimental and innovative solutions for rapidly evolving industries.

At Xtrude3D, we combine cutting-edge 3D printing advancements with precision finishing to deliver components ready for demanding industrial environments. Contact us to learn how our solutions can optimize your production and technology processes.

Materials We Use

  • PLA – A universal material for prototypes
  • PETG – Durable and resistant to chemicals
  • TPU – Flexible material for special applications
  • ABS & ASA – Resistant to weather conditions
  • PVA – Support material for 3D printing
  • PA & PC – High-strength technical polymers
  • Glass fiber-reinforced polymers
  • Carbon fiber-reinforced polymers
  • Professional finishing techniques: sanding, painting, polishing

Industries We Support

  • Aerospace Industry
  • Automotive & Mobility
  • Gaming & Entertainment
  • Drones & UAV Systems
  • Jewelry & Custom Design
  • Medical Solutions
  • Robotics & Automation
  • Consumer Products
  • Industrial & Logistics Solutions
Our mission is to empower innovation through advanced 3D Printing and modular aluminum engineering.We deliver precise, on-demand solutions that accelerate product development and enable flexible, scalable manufacturing — combining cutting-edge technology, engineering expertise, and a customer-focused mindset.

No templates. No limits. Just smart manufacturing — together.

Let’s start your project.

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