AARNI - QUALITY ASSURANCE

WHICH PART WOULD YOU PICK?

miniFactory Aarni quality assurance technology - a prerequisite for reliable manufacturing.

WITH MINIFACTORY
Quality ASSURANCE TECHNOLOGY

NO QUALITY ASSURANCE

MATERIAL HISTORY

OPERATOR INFORMATION

LAYER-BY-LAYER VISUALIZATION

PROCESS HISTORY

MANUFACTURING REPORT

MASTER SAMPLE - PROVEN QUALITY

THREE-LAYER QUALITY ASSURANCE

A COMPREHENSIVE QUALITY ASSURANCE TECHNOLOGY TAKES THE RELIABILITY OF 3D PRINTING TO A WHOLE NEW LEVEL.
ON DEMAND MANUFACTURING - UNLOCKED.

REMOTE CONTROL

PRODUCTION SUPERVISION

LAYER-BY-LAYER INSPECTION

DOWNLOAD IGNITE & ULTRA 2 DATASHEET

EVERYTHING MANAGED BY ONE USER

CONTROLE REMOTO & TRANSMISSÃO AO VIVO

Install Remote control software on your computer and get complete control of your miniFactory ecosystem.
The remote control software can be used to manage, monitor and plan production using one or multiple devices.

REAL-TIME MONITORING

PRODUCTION SUPERVISION

Real-time supervision is a completely new and unique feature that takes production monitoring to the next level.
The software monitors quality and, thanks to the Smart Command feature, works independently in different situations.

AN UNPARALLELED QUALITY ASSURANCE FOR 3D PRINTING

LAYER-BY-LAYER INSPECTION

Layer-by-layer 3D printing quality assurance ensures that the process has been completed as desired.
Create a manufacturing document that highlights the entire printing process and proves the quality.

WITH MINIFACTORY, YOU KNOW YOUR PARTS

Our main goal is to make 3D printing a reliable manufacturing method to be used in the most demanding industries and applications.

CUSTOMER CASES

3D PRINTING IN THE RAILWAY INDUSTRY

The life cycle of trains can be up to 30 years, which presents a major challenge for spare parts. Some spare parts also change as development progresses, which is a challenge for traditional manufacturing methods

DESTINATION - 3D PRINTED SATELLITE PARTS

Every kilogram launched to orbit can cost up to $30.000.
See how ESA plans to reduce the weight of the parts at least 50% by using 3D printing and carbon fiber reinforced parts.