Would you like a free digital subscription?

Qualified international subscribers can receive full issues of High-Performance Composites and Composites Technology delivered in a convenient and interactive digital magazine format. Read at your convenience on your desktop or mobile device.

Yes, I would like a free digital subscription!

No thanks, please don't ask again.

Industry News
AFP/laser projection integration a first

Operators reportedly can use a single interface to seamlessly monitor and control both the AFP machine and the laser projection system.

Posted on: 11/26/2012
High-Performance Composites


Machinery manufacturer Electroimpact (Mukilteo, Wash.) has announced the development of an automated fiber placement (AFP) machine cell that fully integrates the LASERGUIDE laser projection system from Assembly Guidance Systems Inc. (Chelmsford, Mass.). “One interface now allows operators to monitor and control both the AFP machine and the laser projection system, seamlessly,” explains Electroimpact engineer Todd Rudberg.

Integration addresses the remaining bottlenecks in automated production of composites — tasks that demand human intervention, including the transfer of data from the build sequencer to the projection software. Now, that data transfer step has been eliminated.

Creation of the single system was enabled by Assembly Guidance’s software development kit (SDK). “SDK provides ... tools that allow composites manufacturing systems to control Assembly Guidance laser projectors with their software,” notes Scott Blake, Assembly Guidance president. Reportedly, projection errors are reduced by a factor of five. “By having the laser system integrated,” Rudberg says, “the locations of the AFP machine, mandrel, and laser system are all precisely known relative to a common coordinate system, which results in considerably reduced discrepancy in projections and actual ply boundaries.” Accordingly, the laser system can be used to locate a part or machine within 0.015 inch/0.38 mm, without any physical contact between the part and the machine. Further, an automated touch probe can be used without risk of part damage due to uncertainty about its location.


Learn More

Editor's Picks

Channel Partners