Digital Assistance

Ever increasing quality requirements, a broader product diversity or stronger competition are important drivers for digitalisation and the optimization of operational procedures.

For many tasks in manufacturing and the service sector workers are superior over automated solutions. Examples are: complex assembly procedures, manual quality checks or tasks requiring high flexibility.

Modern assistance systems support workers directly at their core tasks and therefore combine manual and digital work steps.

PROFACTOR has extensive experience in the development and application of digital assistance systems.

In Manufacturing: digital assistance and Industrial Augmented Reality for quality assurance for conveyer belt situations and for manual work places.
In the health and rehab sector: video based analysis and documentation for quality assurance of therapy procedures.

Our assistance systems in general have a cognitive functionality and recognize movements of humans or objects through sophisticated camera technology and software (see also our AssemblyEye video.)

These technologies are applicable in many different fields. We are open to hear your application ideas and requirements.

We strengthen your quality through digital assistance. Talk to us.

Solution

Digitization & Assistance for Quality Assurance

Highly flexible production and assembly lines with manual processes place heavy demands on quality control. Products in varying configurations require full concentration and extensive knowledge from the employees on the line. The Q-Station supports your employees intuitively: It rec ...

Other Technologies

3D-Digitalization

The PROFACTOR proprietary development ReconstructMe models workspaces, people, objects and assembly parts in real-time. The software is thus the basis for various industrial and commercial applications:

Assistive robotics
Orthopedics
Fashion
Architecture
Construction Plants
Accident Forensics

The advantages of this PROFACTOR-solution:

Hardware independence: all standard RGBD sensors (i.e. 3D cameras) can be used.
Application independence: A software development toolkit is available and is configurable for further development.
Texturing: The vertices of the model are fused with the color information resulting in a common 3D model. This makes color models possible.
Intelligent filling: Non-observable “occluded” points are intelligently filled by the algorithm.
Export: The data can be exported to popular CAD formats.

www.reconstructme.net