AT logo - The Machine Vision Specialists  
  Frame Grabbers  
  Vision Systems  
  Contact AT  
  Site Map  
Request product information


(08) 9242 5411

(02) 9905 5551

(03) 9384 1775

Defence Recognised Supplier Scheme Logo


How to leverage the benefits of an intelligent vision system

Key considerations when choosing the smart camera advantage

The benefits of incorporating a Smart Camera into a vision system
Combining a camera, embedded optics, programmable processors, software, frame grabbers and I/O boards (and sometimes lighting, for example, BOA Spot), a smart camera can be described as being "a computer with an eye". Thanks to these on-board capabilities, smart cameras simplify the deployment of machine vision systems as they lower system cost overall. And because smart cameras take some of the guesswork out of component selection and system design, they allow users to focus on what is most important - getting the application right.

These cameras are an "all-in-one" solution to a range of machine vision applications as they simplify and streamline the integration and deployment of a vision system. Additionally, their robustness makes them suitable for operation in harsh environments while their small footprint and integration ease allow them to be installed into pre-existing machinery or on to a robotic arm.

Equally, image processing is also simplified as the smart camera saves bandwidth and speeds up the inspection by capturing, processing and outputting a result (and/or an image) rather than merely sending the data to a PC for processing.

Choosing a vision system wisely needs an understanding of the most important cost and performance differences that result in a successful application where the benefits of smart deployment are evident.

Five key points to consider when investigating a smart camera system
Before considering any machine vision solution, it is important to know how the resulting data will be used; the camera's operating environment; employees' skills sets - can they initiate and than maintain the system; and the budget.

Teledyne DALSA's BOA Spot
1 Will a smart camera meet the processing speed and throughput requirements of my application?
  A smart camera must be able to produce a solution within the cycle time of the inspection and unless exceptionally high throughput and processing speeds are required, then a smart camera will probably satisfy. Determining whether any machine vision system, including a PC-based system, can deliver the throughput needed will depend on the content and quality of the images to be captured, the inspection area and the types of software tools available. Our technical staff can advise.
2 Will the smart camera deliver the resolution I need?
  Currently, smart cameras use both CCD and CMOS sensors and come with a range of resolutions (for example, Teledyne DALSA's BOA2 uses an up-to 5 megapixel CMOS sensor) that can provide the right resolution to capture the detail required. The benefits of choosing a larger sensor means that a bigger area can be inspeced at the one time and even the smallest detail can be captured.
3 Does the smart camera offer appropriate software tools that are easy to use and to maintain?
  Embedded vision software is an element of every smart camera system with different tools being offered by different manufacturers. These tools cover the the most common inspection tasks. The difference between a smart camera and a PC-based camera is that a smart camera's operations can be used and modified by an operator with just basic knowledge (after it has been set up by an expert). Costs are saved because an engineer or integrator is not needed to modify or create a new application once the cameras has been set up.

If a smart camera provided the ideal solution but more flexible software is required, then some manufacturers make tools that can accommodate a change. However, the trade-off is that increased software flexibility also requires more operator expertise and set up time.
4 Does the smart camera support my communication protocols?
  Any smart camera chosen should provide standard communication protocols so that it can integrate quickly and seamlessly into the network. When using a smart camera, results can be transmitted easily using a low-cost Ethernet interface which can accommodate long distances. This can speed the data delivered to the application running on a PC, shared with other steps in a production line, or logged and archived for future analysis. However, It is important to note that smart cameras do not have their own monitor to view images and that setting up a second-party viewing device might result in data bottlenecks.
5 Does the smart camera system make it simple to migrate to a more powerful camera if needed?
  Choosing a smart camera that is part of a “family” of cameras will simplify the migration process; in many cases, a camera with a faster processor will be “plug and play,” allowing you to transition your application seamlessly. However, migrating to a smart camera with the same throughput but a higher resolution is not as simple but is still possible. Also, if a smart camera is damaged, its replacement is less expensive and easier to replace than the traditional PC-based machine vision system.

This article is a summary of Teledyne DALAS's white paper: "Considering a Smart Camera? Keep These Five Key Features in Mind"

Click here to learn more about smart cameras available through Adept Turnkey

Need a price or more application information? Please email Adept Turnkey or call our offices

Adept Turnkey are "The Machine Vision and Imaging Specialists" and distributor of Machine Vision products in Australia and New Zealand. To find out more about any machine vision product, please call us at: Perth (08) 9242 5411 / Sydney (02) 9905 5551/ Melbourne (03) 9384 1775 or use our online contact us page.



If you like this page, please recommend and share it.

Google+ Facebook Twitter More