Nov 4, 2019 | Allgemein, Topstory

Shiny Ducks

From Packaged Sensors to 3D Color Images in just Ten Minutes

In June this year, Stemmer Imaging and Zivid signed a distribution agreement for the Zivid One+ 3D color camera. We took a moment to speak to Tim Huylebrouck, Product Manager at Stemmer Imaging.

Bild 1 | With the Zivid One+ 3D color camera it is no problem to distinguish between almost black parts and shiny white parts on a rubber duck. (Bild: Stemmer Imaging AG)

Bild 1 | With the Zivid One+ 3D color camera it is no problem to distinguish between almost black parts and shiny white parts on a rubber duck. (Bild: Stemmer Imaging AG)

inVISION: What do you see as the biggest challenges for people starting to use 3D vision today?

Tim Huylebrouck: I’d say that inexperienced users can be overwhelmed by the options available. Simply selecting which technology is best-suited for a specific application can be a bit of a minefield. Whether it’s laser triangulation, active or passive stereoscopy, time of flight or pattern or fringe projection technologies, there really are are a lot of options to consider. And then once the right technology has been selected, the next challenge is what software to use with it. Again, there are numerous options available from many different vendors, each with their unique attributes. That’s why we work through the whole decision-making process with our customers to ensure they have the combination of 3D products and software that’s just right for them. Stemmer Imaginghas a very broad portfolio of 3D imaging technologies, and our customers value us for the independent advice we can provide. Whether its for bin-picking, precision measurement or comparing a golden sample with a real-world object, we offer a machine vision solution that handles the task in the best way possible.

inVISION: Stemmer Imaging has decided to bring Zivid One+ 3D color cameras into its portfolio. What was the rationale behind the decision?

Huylebrouck: At Stemmer Imaging we see ourselves as technology providers rather than distributors, since box-shifting is only a small part of our daily business. We always want to make sure that our customers have a significant technology advantage over their competitors and we found that the Zivid One+ filled a gap in our portfolio. Thanks to its point cloud quality, field of view flexibility and data acquisition speed, we’re now able to overcome challenges that previously couldn’t be solved. From a pure technology perspective it was also very clear to us that we wanted to work with Zivid.

Bild 2 | Using the Zivid One+ camera makes it possible to detect objects reliably, like tomatoes. (Bild: Stemmer Imaging AG)

inVISION: We hear that you took a Zivid 3D camera home with you. How did that go?

Huylebrouck: It’s true. The engineer in me came out, I grabbed a Zivid One+ from the demo pool and took it home to play with. To familiarise myself with a new product I’d normally pick it out of the warehouse and inspect it at my desk or in our tech support department. This time though it just felt different. To the amusement of my surprised, yet supportive team manager, I think I wanted to prove to myself that I was still an engineer at heart, and this exciting new Zivid One+ was going to help me do it. And it did, and I’m still an engineer after all! With Zivid’s online knowledge base it was very easy to get my laptop going with the latest Zivid software. I updated my video card driver, installed Zivid Studio, connected the One+ camera to the USB port and I was away. The software automatically detected the camera and the default values worked well at grabbing me my first 3D color image. I could even see which tomatoes were ripe on my balcony. After a bit more work with the sensor, I got a good feel for which buttons to use to achieve the best results. All in all, it only took me about ten minutes to get from a packaged sensor to 3D color images on my laptop. Another 10 to 20 minutes later and I knew how to use the HDR functionality. It wasn’t even a problem distinguishing between the almost black parts and shiny white parts on a rubber duck.

Autor:
www.stemmer-imaging.com

Topstories

Figure 1 | By processing a thin-film multilayer stack with photoactive layer sensitive in the infrared range (r.), on top of a Silicon readout circuitry (ROIC), Imec creates an IR-sensitive CMOS imager (l.) that’s compatible with mass manufacturing. (Image: Imec)
Figure 1 | By processing a thin-film multilayer stack with photoactive layer sensitive in the infrared range (r.), on top of a Silicon readout circuitry (ROIC), Imec creates an IR-sensitive CMOS imager (l.) that’s compatible with mass manufacturing. (Image: Imec)
Si-based CMOS imagers to detect SWIR wavelengths above 1µm
Si-based CMOS imagers to detect SWIR wavelengths above 1µm

Thin-film photodetectors Si-based CMOS imagers to detect...

With deep learning we tend to re-use a relatively small handful of algorithms across a wide range of applications and imaging conditions. This has two important consequences. (Image: MVTec Software GmbH)
With deep learning we tend to re-use a relatively small handful of algorithms across a wide range of applications and imaging conditions. This has two important consequences. (Image: MVTec Software GmbH)
How Deep Learning is Changing Real-World Computer Vision
How Deep Learning is Changing Real-World Computer Vision

Economies of Scale How Deep Learning is Changing...

News

More Posts

AI Powered 3D Vision System for Robotic Pick&Place Applications

VCV-Cortex is an AI powered stereovision system developed for robotic applications. It works with any camera and optical system to provide the desired range, FoV and precision. Unlike structured light cameras, it can work on dark and/or shiny objects at high speed.

inVISION News TV: IPCs for Vision

inVISION News TV: IPCs for Vision This week inVISION News TV deals with innovations in the field of industrial PCs suitable for industrial image processing applications. Three new products are briefly presented in the three-minute video.

OPC MV Demonstrator at the SPS fair

OPC MV Demonstrator at the SPS fair VDMA and the OPC Foundation present a practical implementation of the OPC UA for Machine Vision Part 1 Companion Specification at the SPS fair. A hardware demonstrator was developed as a joint project by five partners (Asentics,...

Free CCD eBook

Free CCD eBook Harvest Imaging offers the book 'Solid-State Imaging with Charge-Coupled Devices' by Albert J.P. Theuwissen for free. The book covers the entire imaging chain: from the basics of CCDs to applications. Follow the link to download the PDF.

- Anzeige -