Blog_banner_beyond_the_datasheet

James Hendrix

Recent Posts

Simplifying installation and service for C-arms (part 3 towards RSNA 2017)

Posted by James Hendrix on Thu, Nov 23, 2017

Next generation camera lens assemblies with CMOS image sensors for C-arm X-ray systems can improve image quality and reduce patient dose while also simplifying installation and service. RUBY delivers full digital real-time 1k2 30fps imaging for Image Intensifier based medical X-Ray imaging systems to increase performance and reduce costs. This is the third of a three-part series on Adimec’s new Ruby camera lens assembly (CLA) for X-Ray imaging. RUBY is specifically designed to reduce costs in fluoroscopy C-arm systems compared to existing CCD based solutions (Part 1), while improving image quality and reducing patient dose (Part 2), and doing that in a system that is simple to install and service (Part 3).

Read More

Topics: New Adimec Products, Healthcare

Moving from CCD to CMOS in Medical imaging: RUBY, the next generation Camera Lens Assembly for C-arms (part 2 towards RSNA 2017)

Posted by James Hendrix on Thu, Nov 16, 2017

Next generation camera lens assemblies with CMOS image sensors for C-arm X-ray systems can improve image quality and reduce patient does. Adimec’s RUBY delivers full digital real-time 1k2 30fps imaging for Image Intensifier based medical X-Ray imaging systems. This is the second of a three-part series on Adimec’s new Ruby camera lens assembly (CLA) for X-Ray imaging. RUBY is specifically designed to reduce costs in fluoroscopy C-arm systems compared to existing CCD based solutions (Part 1), while improving image quality and reducing patient dose (Part 2), and doing that in a system that is simple to install and service (Part 3).

Read More

Topics: New Adimec Products, CCD vs. CMOS, Healthcare

RUBY, the next generation Camera Lens Assembly to reduce costs for C‑arms (part 1 towards RSNA 2017)

Posted by James Hendrix on Thu, Nov 9, 2017

Adimec’s new Ruby camera lens assembly (CLA) for X-Ray imaging. RUBY delivers full digital real-time 1k2 30fps imaging for Image Intensifier based medical X-Ray imaging systems. This is the first of a 3 part series. RUBY is specifically designed to reduce costs in fluoroscopy C-arm systems compared to existing CCD based solutions (Part 1), while improving image quality (Part 2), and simplifying in-system installation and service (Part 3).

Read More

Topics: New Adimec Products, Healthcare

Three Adimec 25 Megapixel Offerings?

Posted by James Hendrix on Thu, Oct 26, 2017

Adimec offers three 25-megapixel cameras and you may be wondering what the differences are and why you would choose one over the other. If so, this blog is for you.

Read More

Topics: Machine vision

Image Editing versus Image Processing and Low Frequency Flat Field Correction

Posted by James Hendrix on Thu, Oct 12, 2017

Image editing vs image processing

Image editing is often thought of as image manipulation, a word with nasty connotations. Image editing is about changing the image in some way, you could say manipulating it. However, “I photoshopped a picture from my fishing trip,” conjures up images of making the minnow you caught into a prize marlin when perhaps all you did was heighten the color saturation or increase the contrast. In contrast, image processing is about bringing the information out of the noise. Image Processing is the science of image enhancement and includes photo editing. Both enhance the image and both can be used to bring out otherwise hidden information but image processing is all about bringing the information out of an otherwise noisy scene. Image processing is generally about applying equations and algorithms to images to make data stand out, be easier to detect. Image processing is what Adimec does to generate True Accurate Images and remove system defects and artifacts so that the scene image is accurate.

Read More

Topics: Image Quality Improvements, Machine vision

Resolution versus Field of View

Posted by James Hendrix on Thu, Sep 28, 2017

When we talk about more megapixels for a sensor our first thought is that we have higher resolution which in some sense is true but really what you get is an increased field of view (FOV) given the same optics, scene and pixel size. Field of view is the angular extent of the image scene and resolution is the number of pixels on target. See the figures below for examples. The first shows a patterned semiconductor wafer and the relative area or FOV each of several cameras sees given the same optics, distance from the sample, etc.

Read More

Topics: Applications, Machine vision

How do you choose a Lens Mount for an Adimec Camera?

Posted by James Hendrix on Thu, Sep 14, 2017

For most Adimec cameras you get a flat plate interface that references to the sensor and all applications require optics in front of the camera so you really need a lens mount If you look at our lens mount selection it is easy to be overwhelmed, but fear not. This blog will cut through the complexity and make the choice relatively simple. The first task is to identify the camera that you need a lens for. Simple, right? Then you determine the screw pitch based on the model number from the handy dandy overview sheet below.

Read More

Topics: Machine vision

The Simplicity of CoaXPress and why not USB 3.1 Vision

Posted by James Hendrix on Thu, Aug 3, 2017

Do you need to build a system with an imaging component and are you wondering about the simplicity and functionality of CoaXPress? That is perfect because that is the topic of this blog post.

Read More

Topics: Applications, Interface Technology, Machine vision