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'''IPG Fiber Laser'''

The IPG Fiber Laser is a high-performance optical laser system developed by IPG Photonics, a leading manufacturer of fiber lasers, amplifiers, and laser systems. These lasers are designed for diverse applications and industries, offering innovative and productive solutions for material processing, microprocessing, and other industrial needs.

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== Key Features ==

* '''High Precision and Speed''': IPG fiber lasers are known for their high-precision cutting capabilities, speed, and quality, making them the technology of choice for industrial material processing[2][4].
* '''Energy Efficiency''': They are up to 10 times more energy-efficient than CO2 lasers, with a rugged design that allows them to operate reliably in harsh industrial environments[4].
* '''Versatility''': IPG offers a diverse selection of fiber laser families across all modes of operation, including continuous wave lasers, quasi-CW lasers, nanosecond pulsed lasers, and ultrafast pico- and femtosecond pulsed lasers[4].
* '''Adjustable Mode Beam (AMB) Technology''': This feature includes completely tunable core and ring beams that can improve cutting quality and provide high peak power for faster piercing and increased output quality[2][5].
* '''Laser Cleaning and Drying''': IPG fiber lasers are also used for laser cleaning and drying applications, improving speed and productivity while providing significant energy savings and reducing waste and the use of harmful chemicals[5].

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== Applications ==

* '''Material Processing''': Cutting, welding, soldering, drilling, brazing, and annealing in various industries[2][4].
* '''Microprocessing''': Precision cutting and micromachining with ultrafast lasers[5].
* '''Medical Applications''': Thulium lasers for medical procedures, with new medical products expected to be launched in the future[5].

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== Technical Specifications ==

* '''Wavelengths''': Available in various wavelengths including ultraviolet (UV), visible, near-infrared (Ytterbium lasers), and mid-infrared (Thulium lasers)[5].
* '''Peak Power''': Up to 125 kW for cutting, welding, and other applications[5].
* '''Pulse Durations''': From picoseconds to femtoseconds for ultrafast processing[5].

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== References ==

# '''IPG Photonics'''. (n.d.). ''IPG Photonics: Fiber Laser Sources &amp; Solutions''. Retrieved from https://www.ipgphotonics.com
# '''Genesis Systems'''. (n.d.). ''Laser Automation | Laser Cutting - IPG Genesis Systems''. Retrieved from https://www.genesis-systems.com/robotic-automation-solutions/laser-automation/fiber-laser-cutting
# '''IPG Photonics'''. (n.d.). ''Fiber Lasers 101 - IPG Photonics''. Retrieved from https://www.ipgphotonics.com/technology/fiber-lasers-101
# '''Genesis Systems'''. (n.d.). ''Fiber Laser Sources - IPG Genesis Systems''. Retrieved from https://www.genesis-systems.com/fiber-laser-sources
# '''IPG Photonics'''. (2024, June 3). ''Introduction to IPG Photonics''. Retrieved from https://s203.q4cdn.com/615127759/files/doc_presentations/2024/Jun/03/ipgp-investor-presentation_5-31-24.pdf