Whether you're handling white goods or automotive body parts like doors, side panels, or hoods, de-stacking components on load carriers is a daily challenge in production. It’s often time-consuming, manual work—or slow, inaccurate, and costly when automated.
The VISOR® Robotic +Z changes that. By combining precise vision with integrated distance measurement in a single device, it reliably detects each part’s position in the stack—enabling faster, safer, and more cost-effective robotic handling.

Save Time

Boost Productivity

Reduce Errors

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Get the Whitepaper
Smarter De-stacking
Boost efficiency. Cut costs. Our expert whitepaper explores the challenges of
de-stacking and how advanced vision technology delivers a seamless solution.
The challenge
De-stacking in manufacturing is a complex process that often leads to inefficiencies, misalignment, and costly production delays. Variations in component position and height make precise identification, gripping, and separation challenging.
Download the Brochure
Precise positioning. Effortless integration. Uninterrupted production.
Discover how the VISOR® Robotic +Z enhances precision, accelerates de-stacking, and integrates seamlessly into your production line. Get the complete details today.
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Smart solutions with VISOR® Robotic +Z
Integrated machine vision and distance measurement deliver precise spatial data, enabling robots to identify, grip, and separate components, even when stacks are uneven.
This all-in-one device simplifies installation and maintenance, minimizing downtime and reducing long-term costs.
With advanced 2D vision-guided robotics and distance measurement up to 2.5m, the VISOR® Robotic +Z ensures reliable operation for stacks of varying sizes and heights.
Built to last
Engineered for high-speed, continuous operation, VISOR® Robotic +Z delivers consistent performance and reliability, even in the most demanding manufacturing environments.
Register for our live webinar
See how the VISOR® Robotic +Z improves precision, speed, and efficiency in de-stacking. Join our experts as they highlight key challenges, real-world applications, and answer your questions.
Date: 7th May 2025
First session: 9:30 AM (Central European Summer Time / UTC +2)
Second session: 5:30 PM (Central European Summer Time / UTC +2)
