Fair point. The dopants are ionized inside the implanter so they can be transported, accelerated and implanted into a substrate. As soon as they enter the substrate, they will grab one electron from the sea of electrons present in the substrate. They will still be highly energetic and will be stopped inside the substrate at a depth dependent on the energy they were accelerated to.

Thank you for your feedback. Just to clarify, this video was 100% shot in our facility in East Granby, CT, where we've been manufacturing fiber since 2000. We appreciate your input and are always striving to improve our content.

Are you in PA?

Good luck with your interview! 🍀

Yes, PLD grown layers can be as thin as 1 nm - thickness can be adjusted by the amount of material which is deposited i.e. by number of excimer laser pulses.

@@CoherentCorp thanks

Thank you for your inquiry, we need more specific information on your laser before we can help you. Please get in touch with our technical support: www.coherent.com/support - via email, chat, or for immediate assistance via phone at +1 734 456 3100. You could also browse our download area for your specific laser: www.coherent.com/resources?resourceType=Manual%2BSoftware Also, you could contact one of our sites close to you: www.coherent.com/company/locations Thank you.

Sorry for the misunderstanding but the video references DR4 and DR8 products. We do not have a GR4 transceiver.

Brilliant! 😅

Thanks a lot!

No, not the same. PLD is a UV laser-based vapor deposition method for particle-free, atom-by-atom thin film growth. PLD films are often 100 to 1000 nm thin and the material is transferred to the substrate by UV laser ablating a solid, premixed target. HVOF as a thermal spray coating method is used for metal and alloy deposition in much thicker layers and involves powders with relatively large particle sizes and higher temperatures. PLD and HVOF address entirely different coating tasks and are thus no substitutes.

@@CoherentCorp Is it possible to use this method to restore the journals of automobile crankshafts and camshafts, as well as restore the chrome surface of hydraulic cylinder rods with a diameter of 50-100 mm and a length of up to 3000 mm ? We use for this repair ARC spray method .

@@RudolfSchmidt-mt7by It seems possible, although the 3000mm may be a bit long to fit into a PLD vacuum chamber. For detailed discussions, we advise you to contact our customer "Pulsed Laser Deposition (PLD) coating company Antacon" www.antacon.com . They could also do sample testing for you.

😬😅🙈

We offer several different levels of solutions from the laser source up to a full system level depending on the process and customer requirements. We would be more than happy to get in contact with you to discuss the right solution and configuration first. Please get in touch with [email protected] or contact our sales team close to you www.coherent.com/company/locations

We are continuously improving our technology and systems. With our laser setup, we have already demonstrated the mass transfer (LIFT) of microLEDs with a size down to 5µm, which is a common target in the industry.

The price depends on the configuration. You can shop this product in our shop sforce.co/3RmHQbx (US-based customers only) or contact [email protected] for an inquiry. Thank you.

For this video, we have subtitles available in English, German, French and Chinese 😉

Our experts in the labs could give it a try. Please contact them here: www.coherent.com/coherent-labs

Correct, depending on the device an electropolishing process could be required. But the cleaning process after laser cutting with a femtosecond laser is reduced to a minimum compared to a fiber laser process, what would require in this case a manual deburring process.

Yes it is indeed 😂

Thank you

We are using Cagila from @camservice The base to create the file was a flat sheet projection from a 2D CAD program.

Yes it does. Please check out our website www.coherent.com/lasers/co2 or contact [email protected] directly

Our detection system is a proven system being used on battery production lines with the highest requirement on seam positioning to guarantee perfectly sealed batteries. Please contact [email protected] for further details.

The X-ray imaging was performed at the European Synchrotron Radiation Facility Extremely Brilliant Source (ESRF-EBS) in Grenoble, France. This is one of the few facilities in the world that can produce X-rays powerful enough to perform the type of imaging desired by the team. You can find more info about our experiments in our recent blog post: bit.ly/3C4ekjl

@@CoherentCorp Thank you very much.