3D
PRINTING

Pusher Teeth and Technical Supports in Sintered PA12
These components were manufactured using 3D printing with MJF (Multi Jet Fusion) technology and sintered PA12, a strong and precise material ideal for mechanical applications.

Engineered to ensure full functionality, durability, and maximum compatibility with the systems in which they are integrated, they perfectly represent the type of technical parts we deliver daily to our customers.

Positioning Jig Printed in ONYX
This jig was produced using FDM (Fused Deposition Modeling) 3D printing technology, with ONYX – a nylon-based technical material reinforced with carbon fiber.
Ideal for industrial applications, it offers an excellent balance of structural rigidity, wear resistance, and surface finish.

Custom-designed to facilitate accurate positioning and assembly of multiple components, it represents one of the many solutions we develop to optimize mounting operations in production environments.

4-sector disc with Format-Specific Cavities, Printed in PET-G
This disc, divided into four modular sectors, was printed in PET-G — a robust and versatile material that provides excellent mechanical strength and good post-processing workability.

The shaped cavities allow for precise positioning of products along the line, ensuring accuracy and reliability in automated handling and conveying systems.

The design was developed to fit specific product formats, with particular attention to modularity and ease of replacement of individual sectors.

Functional Guide Printed in PET-G
This technical guide was produced in PET-G using FDM 3D printing technology — a material that ensures excellent mechanical strength, dimensional stability, and good elasticity, even in demanding industrial environments.

Designed to support guiding, alignment, and containment during processing phases, this guide is a concrete example of how 3D printing can solve production needs with precision and short turnaround times.

Assembly Jig Component in PET+CF with Integrated Metal Pins
This component was produced using PET reinforced with carbon fiber (PET+CF), a high-rigidity material ideal for applications requiring mechanical stability and precision.

The part was completed with the insertion of metal pins, demonstrating how 3D printing can be effectively integrated with traditional machining to create functional, ready-to-use solutions.

Used as part of an assembly jig, it ensures accurate alignment of components during the assembly process and can be easily replicated or modified according to production needs.

TPU Components for Flexible and Protective Applications
This image shows three parts printed in TPU (thermoplastic polyurethane) — a technical rubber that is both flexible and durable, ideal for elements requiring elasticity, shock absorption, and dimensional accuracy.

The components include:
• A sealing ring with excellent flexibility and tightness, perfect for dynamic applications;
• A closure cap with interlocking seat offering protection and secure fitting;
• A centering support for the safe positioning of delicate products during assembly or transport.

Thanks to 3D printing in TPU, these parts combine versatility, lightness, and durability, adapting to complex geometries while reducing the need for traditional production tooling.

Paint Tubing Protection – Now in a Single Piece
This component is a protective cover for tubing passages in painting systems, 3D printed in ONYX with integrated steel threaded inserts.

What’s the real innovation?
Compared to the traditional version made of four welded parts, this component has been designed and produced as a single piece. This approach has made it possible to:

• Eliminate welds and joints
• Improve mechanical strength
• Reduce assembly time
• Ensure dimensional precision and professional surface finish

Using 3D printing with advanced materials like ONYX allows us to simplify complex geometries, enhancing both reliability and performance — even in demanding industrial environments.

Gears in ONYX – Precision in Motion
These mechanical components are gears produced in ONYX, a composite material ideal for industrial applications requiring strength, precision, and low weight.

Thanks to FDM 3D printing and the use of ONYX, we are able to achieve:

• Well-defined, fully functional gear profiles
• Excellent mechanical and chemical resistance
• Low wear, even under repetitive cycles
• High structural rigidity with reduced weight

Gears are critical elements for motion transmission and require consistent tolerances: additive manufacturing enables us to rapidly produce prototypes or small functional batches, cutting both time and cost compared to traditional machining.

Format-Specific Pushers in ONYX – Precision at Its Best
Pictured here are format-specific push plates (pushers), designed for handling and positioning tasks within automated packaging processes.

Printed in ONYX, a carbon fiber–reinforced composite material, they offer:

• High mechanical strength and rigidity
• Excellent dimensional stability under load
• Great durability combined with low weight

3D printing enables us to customize the geometry according to the product format, ensuring perfect integration with existing systems and significantly reducing machining and replacement times.