---
title: "Presenting new Carbon PA by Roboze"
url: https://www.voxelmatters.com/carbon-pa-roboze-improve-work/
date: 2016-05-27
modified: 2020-05-29
lang: en
author: "Victor Anusci"
description: "[caption id=\"attachment_52132\" align=\"alignright\" width=\"340\"] Some information about the objets in this image: front piece: X= 60; Y= 60; Z= 122 back piece: X= 100; Y= 100; Z= 117 resolution: 0,20..."
categories:
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tags:
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image: https://www.voxelmatters.com/wp-content/uploads/2016/06/CARBON-PA-2-640x420.jpg
word_count: 191
---

# Presenting new Carbon PA by Roboze

![Roboze Carbon PA](https://www.3dprintingbusiness.directory/wp-content/uploads/2016/05/Roboze_Carbon-PA-340x264.jpg)Some information about the objets in this image: front piece: X= 60; Y= 60; Z= 122 back piece: X= 100; Y= 100; Z= 117 resolution: 0,20 mm
Developed by [Roboze's Materials Department](http://www.roboze.com/it/materials/) The addition of carbon fibers to nylon12  increases, at an equal weight per part, the mechanical performances possible with just nylon.

The 3D printed part walls become more resistant and, at the same time, more flexible. The adhesion between the layers is stronger. All this while retaining the chemical inertness of nylon 12. Not bad!

In particular, the increase in performance is related to:

- mechanical strength
- tensile strength
- chemical and thermal resistance
- density
- durability
- dimensional stability

What does all of this basically allow you to do? First, it will enable your part to pass even the most severe tests, as defined in test specifications while providing a significant weight reduction at competitive costs.

From there, the applications are limitless! Here are some examples:

- transmission systems
- automotive components
- connectors
- electrical components
- space probes
- tubes
- canoes

In one sentence: printing complex shapes supplemented by more functions, all in one.

***This article was produced in collaboration with Roboze***