A laser profiling system can characterize and identify which variables affect product quality and waste. Knowing and creating a process is stable, consistent, predictable, and capable goes a long way toward generating sustainable profit, waste minimization, and end customer satisfaction. Read how to do it here:
In case you weren’t aware -The ‘pass/fail’ feature can be used as a tool to perform QA final inspection on the laser. Developers can use this to demonstrate the results of a prototype laser to Management (or even VC’s!) as part of the pitch for funding.
How? Read more:
So you need to profile your laser beam but are worried about the cost of a beam profiler? Or maybe you just think it will be too complex for your technicians? BeamTrack is a laser power sensor that also measures beam size (PPS version only) and position (all versions). My question: Can you use BeamTrack…
Finding the mechanical location of your laser beam can be important. Read how you can find a mechanical location of the center beam by using a NanoScan…
If you read our last blog post in the series, now you probably wondering – ‘How can I connect my EA-1 (Ophir’s Ethernet adopter) to StarLab laser measurement software?’ Well, not to worry – we’ve got that covered for you: Contact us
MKS presents the Semiconductor Devices and Process Technology handbook! This comprehensive 200+ page exhibits the fundamentals used to manufacture semiconductors. We want to share it with you, with the hope that you will find it informative and of some value to your work. Download your free copy here. Contact us
Music concerts, nightclubs and theme parks, use laser sources to create colorful and vivid lighting effects. see how Ophir products allows for a better …
Choosing the best laser sensor for a particular application can be quite overwhelming. The Ophir Sensor Finder does most of the thinking for you, and helps you choose the right sensor for your application. This video shows you how to use it:
With lasers, more attention must be paid to the selection of the right sensor as different sensors perform different measurements. Selecting the wrong sensor can result in inability to measure well or can even destroy the sensor.
With lasers, more attention must be paid to the selection of the right sensor as different sensors perform different measurements. Selecting the wrong sensor can result in inability to measure well or can even destroy the sensor.