How to use Gocator Emulator - LMI Gocator

Try the Online Emulator at https://lmi3d.com/virtual-3D-smart-sensor

The emulator is a fully interactive simulation of Gocator’s interface. Each scenario contains previously recorded data and measurement tools.

This video explains how to use Gocator Emulator. Let’s get started.

Find more information about LMI Gocator here: https://lmi3d.com/products/gocator-3D-smart-sensors

Find more information about Machine Vision here: http://advanceultravision.com/

Image Band Pass Filter - Deediim Sensors

Surface defects can be defined by the change in surface property. For example, surface defects such as dents can be seen as a change in surface inclination, scratch as a change in surface roughness while stain can be seen as a change in surface reflective.

But until now, conventional lighting products have been used to detect surface defects only by utilizing brightness values, which has caused poor and unstable results. Furthermore, if a surface had changes in reflective and geometry, this usually resulted in crucial information loss.

To overcome these obstacles, we have developed a lighting system that directly measures 3 surface properties (inclination, roughness and reflective) by combining multiple images and outputting it as processed images.

These high-quality images can be used to detect complex defects regardless of sample & lighting conditions. In addition, classifying defects can also be achieved by a combination of the processed images. These high-quality images can especially be a good fit when combined with deep learning (AI) solutions.

Find out more information on Deediim Sensor here: https://www.deediim.com/index.php?mid=Technology

For more information on Advance Ultravision here: http://advanceultravision.com/

Embedded Vision as a strategic choice - MVTec Halcon

In this webinar, held by MVTec, you get interesting insights of embedded vision. 

Find more information about Halcon here: https://mvtec.com

Find more information about Machine Vision here: http://advanceultravision.com/

Linux + Raspberry Pi + Daheng Imaging Camera

In this example we show how to install the Linux Python SDK on a raspberry Pi3, using an industrial USB3 Vision camera from Daheng Imaging.

In this example we show how to run the C++  GxViewer example program on a raspberry Pi3, using an industrial USB3 Vision camera from Daheng Imaging.

Daheng Imaging Camera - http://www.daheng-imaging.com/en/

Find more information about Machine Vision here: http://advanceultravision.com/

3D tomato seedling sorting - MVTec Halcon

The manual grading of seedlings at companies involved in plant growing and breedingis both labour-intensive, time consuming and expensive. 


Now, an automated system that uses 3D-vision techniques in combination with knowledge-based formalisms has been developed to grade seedlings according to their quality. The system has already been installed by Flier Systems BV at the Westlandse Plantenkwekerij (WPK).

Find more information about Halcon here: https://mvtec.com

Find more information about Machine Vision here: http://advanceultravision.com/

3D profiling and portioning cheese with machine vision - LMI Gocator

This application uses the LMI Gocator 2340. A stand-alone easily set up 3D machine vision solution to calculate where a piece of cheese needs to be cut in order to get exact portions of 100 gram.

Find more information about LMI Gocator here: https://lmi3d.com/products/gocator-3D-smart-sensors

Find more information about Machine Vision here: http://advanceultravision.com/

All-in-one Illumination Solution - Deediim Sensors

Engineers usually depend on their knowledge and experience when choosing the correct lighting but if unsuccessful, this can lead to an extensive and time-consuming process. This is because there are hundreds of different lightings that exist in the market and most applications require a different lighting depending on its surface property and geometry.

This is the main reason why many engineers still spend a lot of time selecting the correct lighting for different types of applications (e.g. lighting type, size, color, gradation, etc.).

The free-illumination mode is an all-in-one solution that can replicate most lighting products out in the market, just by using one lighting system. This has been made possible by using a proprietary lighting system where hundreds of LEDs are independently controllable.

Every single LED’s brightness and color can be controlled, meaning you can now draw & replicate all sorts of lighting conditions according to your needs. This will benefit engineers to a great extent when selecting correct lightings and can also simplify machine vision systems that use multiple lightings for inspection.


Find out more information on Deediim Sensor here: https://www.deediim.com/index.php?mid=Technology

For more information on Advance Ultravision here: http://advanceultravision.com/