| |

Vision Sensors—Three Examples for Industrial Vision in the Automotive Industry (Part 1)

March 10, 2023

It is hard to imagine the automotive industry without industrial vision. Whether for automatic component inspection, code reading on vehicle components, or the positioning of electric monorail systems—the application areas of vision sensors are as diverse as the portfolio of industrial vision. Learn more about three application examples of vision sensors in the automotive industry in this blog article.

1. Automatic Component Inspection in Car Body Manufacturing with the SmartRunner Matcher

In car body production in the automotive industry, components are welded together in robot welding cells. For this purpose, prefabricated sheets are manually placed in the robot arm. During insertion, a defective sheet can get caught in the gripper. To ensure that the sheet is complete before the subsequent process, certain contour features must be detected—and without delay. For this task, a laser profile sensor from the SmartRunner Matcher series is attached to the robot gripper.

The SmartRunner Matcher (Vision censor) is attached to the gripper of the robot and records the height profile of the inserted sheet metal.
The SmartRunner Matcher is attached to the gripper of the robot and records the height profile of the inserted sheet metal

The sensor detects the contour of the sheet and compares it with the previously taught height profile. In doing so, it directly passes on deviations so that the subsequent work step is not necessary. The SmartRunner Matcher ensures consistently reliable detection of the components, regardless of object contrast or the influence of ambient light. In addition, the laser profile sensor can be intuitively parameterized and easily integrated into various control systems due to a wide range of connection options.

2. Reliable Reading of 1-D, 2-D, and DPM Codes on Vehicle Components with the VOS-I

In automotive production, components are marked with a Data Matrix code to track them specifically during their processing steps and to ensure consistently high quality. Depending on the required robustness, the code is applied to the component as a name plate or as Direct Part Marking (DPM) by laser or needles. Reflective surfaces, dirty or uneven codes, and the rapid movement of components are only some of the challenges that the code readers must overcome. The VOS-I reliably reads all common 1-D and 2-D codes at distance ranges from a few centimeters to two meters—whether in motion on assembly lines or on robot arms.

VOS-I universal code reader reading of 1-D, 2-D, and DPM Codes on vehicle components. (Vision sensor)
The VOS-I universal code reader provides reliable identification for plant control and ERP systems

Pepperl+Fuchs offers the matching VOS-I vision sensor for reliable reading of all common 1-D and 2-D codes. The sensor‘s lighting can be optimally adapted to the application. With electronic filters, the VOS-I can, for example, enlarge the code or mask out edge effects such as scratches, therefore improving readability. In addition, all relevant interfaces for data communication are available with I/O, Ethernet TCP/IP, PROFINET, EtherNet/IP, and RS-232. The output string for integration into the ERP system can be adapted with the script without much effort.

3. Reliable Positioning of Monorail Conveyors with the PXV Absolute Positioning System

Monorail conveyors enable the transport of engines, drive trains, vehicle doors, or complete vehicle bodies along the production line. The monorail carriers are equipped with their own sensor system, motor and control system. They travel independently on the rails and reliably transport the parts along all routes, regardless of whether they involve inclines, curves, or switches. To ensure maximum availability and avoid downtimes due to collisions, the carriers must be positioned with high precision over the entire route. With track lengths from up to 100 km, a position resolution of ±0.2 mm and a travel speed of up to 8 m/s, the PXV absolute positioning system offers the optimum solution.

Reliable Positioning of Monorail Conveyors with the PXV Absolute Positioning System (Vision sensor)
The 2-D read head of the PXV Data Matrix positioning system is installed directly on the vehicle of the electrified monorail system

The PXV absolute positioning system consists of a Data Matrix code tape attached along the rail and a read head installed directly on the carrier at a distance of 100 mm from the rail. The 2-D camera outputs the current absolute position of the carrier in relation to the Data Matrix code tape to the control system. The PXV not only enables quick and easy commissioning, but also eliminates the need for calibration or maintenance intervals as with other technologies. The safePXV variant with PROFIsafe also offers special protection for man and machine according to SIL 3/PL e with only one sensor.

More Information

SmartRunner Series Laser Profile Sensors

VOS-I Universal Vision Code Reader

PXV Absolute Positioning System

Safe Positioning with the safePXV

Are You Still Looking for a Solution for Your Application?

Pepperl+Fuchs offers a comprehensive portfolio of universally applicable vision sensors, application- or customer-specific products, and turnkey solutions. The powerful technologies can be used to solve a wide variety of tasks in the field of industrial vision. Talk to experts and together we will find the vision product or solution that optimally fits your individual requirements.

Source

Related Articles


Latest Articles

  • Cyber Resilience Act: Insights from Pilz

    December 4, 2025 The Cyber Resilience Act brings with it a host of new requirements. Which requirements will apply in future? From 11 December 2027, only products that comply with the requirements of the Cyber Resilience Act (CRA) may be placed on the market within the European Union. The CRA contains requirements for the cybersecurity of… Read More…

  • Vention’s Demo Day 2026 Highlights Zero Shot Automation™ – Automating Automation

    December 3, 2025 By Krystie Johnston Vention has been democratizing automation since 2017, and their 6th annual Demo Day demonstrated another step on that journey. For those unfamiliar with Vention, they are headquartered in Quebec and describe themselves as the creator of the world’s only AI-powered full-stack software and hardware automation platform. For those who… Read More…


Featured Article

Revolutionizing Material Movement with Autonomous Mobile Robots

Revolutionizing Material Movement with Autonomous Mobile Robots

In today’s fast-paced manufacturing and logistics industries, the need for efficient and flexible material movement solutions has never been greater. Traditional methods like conveyor systems, forklifts, and manual pushcarts have served us well, but they come with limitations.

That’s why Omron is thrilled to announce the launch of their game-changing MD Series of Autonomous Mobile Robots (AMRs). Read more


Products

  • Festo’s New Hygienic Adaptive Gripper Revolutionizes Workflows in Food, Pharma, Cosmetic Industries

    December 5, 2025 The Festo HPSX universal adaptive gripper is a groundbreaking hygienic soft gripper engineered to handle delicate, irregularly shaped, and hygienically sensitive products. Gripper fingers are produced from a soft silicone-based material, making them ideal for items that are easily damaged. HPSX can perform multiple picks per second. The design of this pneumatic gripper is a… Read More…

  • STUDSON Introduces HighBar-Equipped SHK-1, A New Approach to Helmet Fit

    December 5, 2025 Mono-Chinstrap System Provides Another Fit Option for Workers Who Prefer a Simpler, Cleaner Alternative to Four-Point Nylon Buckle Systems STUDSON, an above-the-neck safety innovator, has announced the general availability of the HighBar-Equipped STUDSON SHK-1 Type II safety helmet, featuring the revolutionary buckle-free HighBar safety system with a single, stowable chinstrap. After introducing the concept version last year,… Read More…