Intriplex Thermal Processing

94
Intriplex Thermal Processing
Intriplex Thermal Processing is listed in the Heat Treating Metal category in Carpinteria, California. Displayed below are the social networks for Intriplex Thermal Processing which include a Facebook page, a Linkedin company page, a Twitter account and a YouTube channel. The activity and popularity of Intriplex Thermal Processing on these social networks gives it a ZapScore of 94.

Contact information for Intriplex Thermal Processing is:
1030 Cindy Ln
Carpinteria, CA 93013
(805) 566-9394

"Intriplex Thermal Processing" - ZapScore Report

94
Intriplex Thermal Processing has an overall ZapScore of 94. This means that Intriplex Thermal Processing has a higher ZapScore than 94% of all businesses on Zappenin. For reference, the median ZapScore for a business in Carpinteria, California is 41 and in the Heat Treating Metal category is 43. Learn more about ZapScore

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Intriplex Thermal Processing Contact Information:

Social Posts for Intriplex Thermal Processing


Aerotech’s technology and expertise eliminates compromises in metal additive manufacturing. More: twitter.com/i/web/status/8…

Metal additive manufacturing has tremendous promise to enable the production of components previously too costly or impossible to produce. However, technical challenges abound in the pursuit of quality parts from powder-bed processes. Many of these challenges are interdependent, frequently forcing compromises to be made, resulting in an additive machine with mediocre resolution and build volume. Aerotech’s technology and expertise eliminates these compromises, giving OEM and end-user machine builders the ability to increase field of view, limit variations in energy/power density, control laser pulses, maximize yield, and eliminate thermal instability. Read more: https://goo.gl/O06UWf #motioncontrol
Metal additive manufacturing holds tremendous promise in how it will enable the production of components that were previously cost prohibitive or could not be produced with conventional manufacturing processes. As a result, industry and academia are making a concerted effort to further the developme...


RT @opli: XYZ Piezo Stages for Exceptional 3D Positioning Accuracy opli.net/opli_magazine/…


Want all the best #motioncontrol news and information? Join our newsletter list! go.aerotech.com/newsletter

Want all the best #motioncontrol news and information? Join our newsletter list! http://go.aerotech.com/newsletter
Subscribe to our mailing list to receive valuable information on all facets of precision motion control, from the latest control techniques to new innovative products to problem-solving tricks of the trade. Here’s your chance to learn from a motion control industry leader.


We're having a Career Open House on May 20th! Join us onsite to learn about these great opportunities twitter.com/i/web/status/8…

We're having a Career Open House on May 20th! Join us onsite to learn about these great opportunities #motioncontrol https://goo.gl/Y6L5JM


Read our new white paper on Optimized Mechatronics for Silicon Photonics Alignment: https://t.co/AQvArJowj9 twitter.com/i/web/status/8…

Optimized Mechatronics for Silicon Photonics Alignments In the rapidly growing realm of silicon photonics, precision alignment of optical components is a crucial part of the fabrication process. If a fiber-optic component is misaligned, this misalignment can prevent the device from functioning properly. Signal strength can be reduced with just a single micron of misalignment, so having equipment capable of quickly and consistently performing high-precision alignments is critical. Linear alignments are typically the most crucial in these processes, but angular alignment precision can also be very important. Read the full White Paper: https://goo.gl/sYpYLt #motioncontrol #photonics
In the rapidly growing realm of silicon photonics, precision alignment of optical components is a crucial part of the fabrication process. If a fiber-optic component is misaligned, this misalignment can prevent the device from functioning properly. Signal strength can be reduced by multiple dBs with...

Infinite Field of View (IFOV) is an intelligent motion control technology that many leading-edge technology companies use to produce best-in-class laser processing systems. IFOV allows users of galvo scan heads to reduce part error, increase throughput, and improve quality. Implementing IFOV has never been easier, as it is now fully described in the How to Configure IFOV User’s Guide. https://goo.gl/fnYzGJ #motioncontrol #laser #laserprocessing #galvo #scanner