Alde Cironis, the head of OEM Lasers Program at Explore, introduces their new 30-watt 22nd dry laser that sets new reliability standards for industrial lasers. They identified the main requirements for a perfect industrial laser and came up with a unique direct refrigerant cooling system that makes laser integration easy and convenient. The Femtolux 30 laser provides high reliability, parameter stability, and low maintenance, making it a perfect industrial laser for micromachining. Explore is looking for partners, application developers, and laser integrators to test the Femtolux 30 laser for various applications.
Here are the key facts extracted from the provided text:
1. The speaker is Alde Cironis, the head of the OEM lasers program at Explore.
2. They are introducing a new 30-watt 22nd dry laser aimed at setting new reliability standards for industrial lasers.
3. Industrial lasers should be highly reliable, stable, require minimal maintenance, and easily integrate with beam controlling systems.
4. The laser should produce little heat, pose no risk to other components, and be as compact as possible.
5. Conventional water cooling systems have disadvantages such as complicated installation, maintenance, and the risk of leakage.
6. Air-cooled laser heads require free space for air circulation, making equipment bulkier and raising temperatures.
7. The new 30-watt laser employs direct refrigerant cooling, eliminating the need for water and reducing maintenance.
8. It consists of a detachable cooling plate and is compact and lightweight.
9. The laser system comprises two units: the laser head and the power supply unit with integrated direct refrigerant cooling.
10. The laser has 30 watts of output power and excellent power and energy stability.
11. It offers burst mode operation with controllable repetition rates and an integrated acousto-optical modulator.
12. The laser can be remotely controlled via various platforms using REST API commands.
13. The laser meets the requirements of high reliability, stability, and ease of integration.
14. It requires no periodical maintenance and uses a dry laser cooling method.
15. The laser system is significantly smaller due to the absence of bulky cooling equipment.
16. The speaker is seeking partners, application developers, and integrators to test the laser for micromachining applications.
These facts provide an overview of the key points mentioned in the text without including any opinions or additional information.