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Asia challenges vision vendors

Jon Titus, Contributing Technical Editor -- Test & Measurement World, 2/1/2004

US-based vendors of vision systems face a challenge in Asia. How do they get Asian manufacturers to more aggressively add automated optical inspection (AOI) systems to their production lines?

Manufacturing engineers know American and European companies went through a period when humans and AOI systems competed for inspection jobs. In the end, lower costs and better performance made AOI systems the winners. But in Asia, the competition between systems and humans continues.

Stand-alone vision systems and software simplify the adoption of AOI. Courtesy of National Instruments.

In China, for example, low-cost human labor usually comes out ahead. But factors other than cost may affect adoption of AOI systems. A manager I spoke with at an AOI vendor thinks many Asian engineers and managers lack first-hand experience with AOI systems, so they move up the learning curve more slowly than their US or European colleagues. In addition, many Asian engineers still must ask fundamental questions, such as, "Where does our process have problems, and where can we best implement inspection?" Their US and European counterparts answered those types of questions years ago. As a result, the implementation of AOI on a production line in Asia can take longer than vendors might like.

Given the challenges, how do companies break into Asian markets? Any new market takes time to develop, and only companies that invest in it for the long term will capture market share. In addition to the usual market-building steps, here are a few that often get overlooked:

  1. Make products simple to use and easy to understand. Vision-system users don't want to master libraries of C/C++ vision algorithms to inspect labels on products or LCDs on cell phones. Small, stand-alone vision systems, often with only a single purpose, can convince newcomers of the benefits of using AOI techniques.
  2. Train future users. Support of manufacturing curricula with equipment and application-engineering talent will get new graduates up the learning curve quickly. In the US, Tektronix and Hewlett-Packard sold oscilloscopes and other equipment to colleges and universities at low cost. Guess what equipment the graduates specified when they needed new lab instruments?
  3. Find local partners. Local AOI competitors will emerge, but smart suppliers can get a head start by engaging local equipment vendors and allying themselves with system integrators.
  4. Listen. Vendors can't barge into new markets with products that don't meet local needs. Although manufacturers in the US may need to inspect XYZ-type packages, manufacturers in Asia may need different types of inspections. At the same time you educate potential customers, let them educate you in what they need.

Jon Titus, Contributing Technical Editor, jontitus@comcast.net

 

X-ray inspection gets easier

New XFrame development tools for the XStation family of x-ray inspection systems from Teradyne reduce the time needed to develop inspection programs. The tools automate setup, eliminate the need to master x-ray inspection algorithms, and let developers debug code on independent computer systems. Thus, development work doesn't tie up an expensive inspection system. XFrame software imports CAD files and lets users establish inspection thresholds. www.teradyne.com.

Free machine-vision seminars

Cognex has announced that it will host a new series of free half-day machine-vision seminars that will run from February through June in major cities across the US and Canada. Designed as an introduction for factory-automation professionals responsible for production efficiency and product quality, each seminar combines a machine-vision-basics tutorial with live vision-sensor demonstrations. Participants will receive a CD containing trial software, application examples, a multimedia tutorial, and a utility package that helps determine the field of view and resolution requirements of vision applications. www.cognex.com/seminar.

Camera aims at integrators

The high-resolution DICA-121 camera p rovides a 1280x1024-pixel output of 10-bit gray-scale images. The camera, from Philips, captures images at rates from 27 frames/s to 1000 frames/s. Two FireWire ports let users daisy-chain cameras in a network. To help programmers, the camera comes with a C/C++ vision library for Windows-based computers. Philips also offers a LabView add-on. www.cft.philips.com/industrialvision.

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