Titanis® Filament

• High Structure & Strength: Offers PP-like stiffness and durability for demanding clinical use.
• Shape Retention: Maintains form under repeated load without breaking down.
• Optimized for O&P: Developed with orthotic and brace applications in mind.
• Easy Printing: Designed to work with standard 1.75 mm filament printers without special bed surfaces or settings.

Titanis is best suited for 3D-printed components that need stiffness and reliability, such as:

• Hard shell insoles
• Orthotic shells & structural posts
• AFOs (Ankle-Foot Orthoses) and brace components
• Rigid support elements in custom builds

What is Titanis® Filament used for?

Titanis® Filament is designed for 3D printing orthotic and prosthetic components that need strength, stiffness and long-term durability. It is especially suited to hard shell insoles, orthotic shells, structural posts, AFOs and brace components.

Is Titanis® Filament rigid or flexible?

Titanis® is a semi-rigid, semi-flexible filament. It offers polypropylene-like stiffness while still providing durability and rebound, making it suitable for support elements that need to hold their shape under load.

What material type is Titanis® similar to?

Titanis® is described as a polypropylene-like filament, offering PP-like stiffness and durability for demanding orthotic and prosthetic applications.

What types of orthotic products can be printed with Titanis®?

Titanis® can be used for hard shell insoles, semi-rigid insole shells, orthotic shells, structural posts, AFO components, brace components and rigid support elements in custom builds.

Is Titanis® suitable for 3D printed insoles?

Yes. Titanis® is ideal for semi-rigid insole shells and hard shell insoles where structure, shape retention and durability are important.

How much filament is supplied?

Titanis® is supplied as a 1KG spool in black. The product page states that one spool typically produces around 10–12 pairs of insoles.

What filament diameter is Titanis®?

Titanis® is designed for use with standard 1.75 mm filament printers, making it suitable for compatible 3D printing workflows without the need for specialist filament systems.

Does Titanis® require special print settings or bed surfaces?

The product page states that Titanis® is designed to work with standard 1.75 mm filament printers without special bed surfaces or settings.

Can Titanis® be used with flatbed printers?

Yes. Titanis® is suitable for flatbed printers such as the Raise 3D E3, particularly for semi-rigid insole shells.

Is Titanis® suitable for clinical or professional use?

Yes. Titanis® has been developed with orthotic and brace applications in mind and is positioned for professional O&P and clinical 3D printing workflows.

What colour is Titanis® supplied in?

Titanis® is supplied in black as a 1KG spool.

What is the estimated delivery time?

The estimated delivery date for LutraCAD products is currently 3–5 working days.