Polypropylene properties:
- non-toxic and odorless
- high resistance to chemicals
- resistance to mechanical damage
- very good adhesion between the print layers
Fiberlogy PP in Orthopedics
PP (polypropylene) filament is ideal for manufacturing medical braces and prosthetics due to its strength and lightweight properties. Its flexibility and fatigue resistance enable the creation of comfortable, durable solutions that support patient rehabilitation. It can be used in both human and veterinary prosthetics, ensuring safe and reliable performance.

Photo: Orthodogs
Fiberlogy PP in Action
A practical example of polypropylene application is the Vision Velo mudguard, developed in collaboration with the Seton Tuning DH Team. The use of 3D printing and the right material made it possible to create a component that combines lightness, durability, and a perfect fit for demanding off-road riding conditions. Thanks to its exceptional flexibility, impact resistance, and weather resistance, it is an ideal choice for manufacturing dedicated cycling accessories.
Learn more in the article on: pinkbike.com

Photo: Jack Rice
How to print Polypropylene?
The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to choose the appropriate settings for a specific printer and printing conditions.
Nozzle Temperature | 220-250°C |
Bed Temperature | not required when using a packing tape |
Closed chamber | not required |
Fan | 0-50% |
Flowrate | 100-105% |
Printing Speed | < 45 mm/s |
Surface | Smooth PEI + packing tape (PP) Glass + packing tape (PP) PP Powder-coated sheet |
Fiberlogy PP has been positively assessed in the Open Filament Program (OFP) project run by Raise3D:
Diameter | Diameter tol | Oval tol | Printing temp | Table temp |
---|---|---|---|---|
1.75 mm | +/- 0.02 mm | + 0.01 mm | 220-250°C | not required |
Colors: PP (polypropylene)

Black

Natural

Light Green

Blue

Red

Orange

Yellow

Graphite

Gray

White

SkinTone#1

SkinTone#2

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