Easy-to-Use 3D Robot Vision
‘Eyes and Brains for Your Robot’: Roboception is a pioneer in innovative 3D vision solutions that enable robotic systems to reliably perceive their environment.
Effectively combining best-in-class AI and more traditional perception methods, Roboception’s intuitive software suite and portfolio of stereo sensors help solve flexible and complex automation tasks of today and tomorrow.
More Flexibility with Roboception's 3D Robot Vision
Roboception's easy-to-use perception solutions for robotic applications offer a variety of benefits to users:
AppliedAI software solutions for reliable detection results
True flexibility thanks to integrated UserSpace
Unique 3D stereo hardware for plug-and-produce machine vision
Comprehensive process knowledge for effective vision consulting
Versatile, modular and scalable portfolio
Secure flexibility thanks to edge computing
Our 3D Robot Vision Portfolio
3D Stereo Vision Sensors and Platforms
3D stereo vision platforms
High-resolution 3D stereo sensors
Applied AI Software Suite rc_reason
Plug-and-produce approach
Provides task-relevant information
Accessories for 3D Robot Vision
Improve scene density and texture
Software Tools for 3D Robot Vision
Specialized robot interfaces
Stereo matching on external GPUs
How Can We Help with Your 3D Robot Vision Project?
Frequently Asked Questions about 3D Robot Vision
Why should I use 3D robot vision?
3D vision greatly enhances a robot’s ability to adapt to different environments, varying lighting conditions, and complex scenes, and promotes a comprehensive understanding of its surroundings. Equipped with 3D vision capabilities, robots can accurately identify and locate objects in their environment, which is critical for tasks such as pick-and-place operations. The integration of 3D robot vision enables robots to achieve greater accuracy in spatially aware tasks, particularly in applications where precision is critical, such as assembly, quality control, and inspection.
The depth information provided by 3D vision serves as a key asset for effective collision avoidance. Robots equipped with this technology can seamlessly navigate through complex environments, deftly avoiding obstacles and ensuring safe operation. In essence, 3D robot vision not only improves the accuracy of automation tasks, but also opens up new possibilities, making complex operations achievable and reliable.
Is it difficult to implement 3D robot vision?
Implementing 3D robot vision can be challenging, but the level of difficulty varies based on factors such as the technology chosen, the complexity of the application, and the expertise of the user. Factory-calibrated 3D sensors minimize the calibration effort. The complexity of the robotic application affects the level of difficulty. Tasks such as object manipulation may require advanced robotic and vision capabilities, while simpler applications may have more straightforward implementations. Therefore, when selecting a 3D robot vision solution, care should be taken to select a user-friendly system that is easy to operate and does not require machine vision expertise.
Can I retrofit existing applications with 3D robot vision?
Retrofitting existing applications with 3D robot vision is absolutely possible. Feasibility depends on factors such as the application’s compatibility with 3D sensing technologies and the level of integration required. Evaluating the specific needs of your application and selecting an appropriate 3D vision system is a critical first step. In many cases, this may involve adding 3D sensors and adapting software to incorporate depth perception and object recognition capabilities. While challenges may arise, working with computer vision and robotics experts can facilitate a successful retrofit and enhance the capabilities of your existing application.
Can 3D robot vision be used for collaborative robots (cobots)?
3D robot vision plays a critical role in enhancing the capabilities of collaborative robots (cobots). By providing depth perception and spatial awareness, 3D vision enables cobots to interact more safely and effectively with human workers. This technology allows cobots to accurately sense their surroundings, detect human presence, and adjust their behavior accordingly. With 3D robot vision, cobots can navigate shared workspaces, avoid collisions, and collaborate on tasks, contributing to more flexible and efficient human-robot collaboration.
Use Cases: Our 3D Robot Vision Products in Action
3D Robot Vision Helps Reduce Risk and Increase Production Volume
How the vision-based automation of loading and unloading massive aluminum casts reduces accident risks and leads to ~37% increased production volume
3D Camera Replaces Manual Picking and Saves Space
How a once tedious manual assembly process was reliably automated while minimizing the required floor space.
Roboception hosts a workshop and an insight session at ERF 2024: Obtaining Good Data for Agile Production, Logistics and Lab Automation.
Roboception Hosts First Joint ESR/Supervisors Workshop for 5GSmartFact EU Project
Roboceptions hosts a joint workshop for ESRs and their supervisors in their Munich office as activity in the 5GSmartFact EU-project.
Latest News About Roboception
New Object Category: ItemPickAI Handles Mail Items
Roboception Launches rc_reason Pack
Visit us at all about automation 2026
Join our Workshop at the European Robotics Forum (ERF) 2026 in Stavanger, Norway
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