ZEISS VMR programming for automated 3D scans

Efficient VMR programming for automated 3D measurement processes.

As experienced experts in 3D measurement technology, we offer you comprehensive solutions for the efficient programming of GOM ScanBox and ZEISS ScanBox systems in the virtual measuring room (VMR).

Efficient VMR programming for automated and precise 3D measurement processes.

As experienced experts in 3D measurement technology, we offer you comprehensive solutions for the efficient programming of GOM ScanBox and ZEISS ScanBox systems in the virtual measuring room (VMR).

Virtual measuring room programming (VMR) - Germany-wide service from 3DIMETIK

Maximum efficiency thanks to virtual measuring room programming (VMR)

By using the Virtual Measuring Room (VMR), we simulate your real measuring environment in a precise digital replica. This allows detailed planning, optimization and control of all relevant elements of your optical 3D measuring machines.

Our service offers maximum flexibility: you simply provide us with your company's virtual ScanBox and we take care of the entire program creation for you. Upon completion, you will receive a fully operational template that includes complete ScanBox programming and the associated evaluation. This can be integrated directly into your measurement process so that you can benefit from our solution without delay.

Advantages of VMR programming and 3DIMETIK as a service provider

Time-saving process (manual effort is reduced)
Cost-saving
Comprehensive expertise: Many years of experience and in-depth know-how in 3D measurement technology and VMR programming.
Customized programming exactly for your specific processes.
Automation - repeatable processes through standardized templates
Error minimization - precise simulation reduces correction loops
High-resolution and fast results
Detailed measurement reports

When you contact us, you will always speak directly to a ZEISS VMR programming specialist. No call center waiting loops, just competent measurement technicians.

References

VMR programming & individual solutions for your ScanBox - Our services

Our aim is to optimize your measurement processes, increase efficiency and raise quality assurance to a higher level.

Our VMR programming services in detail:

Robot programming: We precisely define the motion sequences and paths of your robots to ensure optimum measurement and complete detection of your components.
Characteristic evaluation: Our experts specifically analyze and evaluate relevant component features to provide you with a well-founded data evaluation.
Parameter definition: We define all the necessary measurement parameters individually so that a smooth measurement process is guaranteed and your requirements are optimally met.
Template creation for your ScanBox: We develop specific templates (templates)that are precisely tailored to your requirements and measured parts. This allows you to benefit from repeatable, standardized and highly efficient measurement processes in your ScanBox.

3D Scanbox - Zeiss VMR programming by 3DIMETIK

Years of 3D measurement technology
experience

Successfully completed
projects

24 hours max. until you receive an offer

Visualized measurement reports

Our optical 3D measurement technology not only enables precise, but also visually processed measurement results that are easy to understand.

From 3D scans to idealized models, we provide clear, visual measurement reports that enable detailed and immediate analysis. Our results make it easier for you to quickly identify potential improvements and initiate targeted measures.

3DIMETIK - Visual measurement reports for every project

Precise measurement results in the shortest possible time!

1. contact without obligation by e-mail or telephone (recommended)

Contact us without obligation and tell us about your concerns. The quickest way to get an answer is to call us on 0561 820 873 001.

2. personal consultation & proposed solution

Receive immediate expert advice from a measurement technician with a solution proposal tailored to your individual needs.

3. concrete offer after a maximum of 24 hours

We will provide you with a concrete offer within 24 hours.

4. secure data transfer & implementation of the project in approx. 10 working days

Once you have accepted the offer and we have received the data and goods/components, we will start work on your project immediately.

5. delivery of the results

You receive the finished reports and components back on time and your project is successfully completed. Our visualizations make the results easy to understand.

Unsure which of our services is right for you? Contact us without obligation and speak to a measurement technician today.

ZEISS VMR Programming - Frequently Asked Questions:

What is VMR programming?

VMR programming basically describes the creation of virtual measuring rooms for automated optical 3D scans. Measurement sequences are simulated, optimized and saved as reusable programs. This increases efficiency, precision and reproducibility in the measurement process chain.

How do virtual measuring rooms work?

Virtual measuring rooms are digital images of real measuring systems. They make it possible to simulate and optimize measurement processes in advance. In general, VMR allows motion sequences, sensor positioning and test strategies to be precisely defined and automatically implemented.

What are the advantages of automated ScanBox programming?

Automated ScanBox programming minimizes manual intervention, improves repeatability and reduces sources of error. Basically, this ensures shorter measuring times, greater process stability and efficient integration into existing quality controls.

Which systems does VMR programming support?

In general, VMR programming was developed for GOM ScanBox and ZEISS ScanBox systems. The software enables precise control and optimization of measurement processes used for optical 3D scans with high-precision sensors and robotic systems.

How complex is the implementation of VMR programming?

Implementation requires initial adaptation to the individual measurement requirements. Generally speaking, once set up, VMR programming enables efficient automation and significantly speeds up future measurements without the need for time-consuming manual intervention.