IPG Photonics Corp

50 Old Webster Rd
Oxford, MA 01540
United States
508-373-1100
508-373-1103
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More Info on IPG Photonics Corp

Manufactures fiber lasers and fiber amplifiers for industrial, telecommunications, medical, test and measurement, laser processing and scientific markets for the 532, 1.06, 1.5, and 2 micron wavelengths.

Products

Lasers based on IPG’s TM:ZnSe/S crystals are the sources of choice when one needs a system that is compact, efficient, robust, powerful, and continuously tunable over a broad ...
Lasers based on IPG’s TM:ZnSe/S crystals are the sources of choice when one needs a system that is compact, efficient, robust, powerful, and continuously tunable over a broad ...
IPG's YLR-LP Series represents a new generation of diode pumped single-mode, linearly polarized CW Ytterbium fiber laser systems with a unique combination of high power, ideal...
The RAR Series Raman amplifiers, with power gain in excess of 20dB, extends the amplification window to cover the standard telecom bands and beyond, available 1260 nm to 1700 ...
Eliminates Line Amplifiers from Spans > 300 km is also a full-featured DWDM system with a comprehensive offering of 0.1 to10 Gbps (client), 100 Ghz ITU-grid transponders.
Erbium Fiber Amplifier Rack Mount Chassis Offers the Industry’s Highest Power Density and are available in 1 RU (
Linearly polarized
Narrow linewidth, polarization
Narrow linewidth, polarization
Linearly polarized, narrow linewidth

Articles

(Image credit: CREOL)
FIGURE 1. Experimental setup: Second-harmonic generation (SHG); intrapulse difference frequency generation (IDFG); electro-optic sampling (EOS); λ/4 (quarter-wave plate); mid-infrared (MIR).
Spectrometry system obtains absorption spectra of gaseous molecules over a spectral range of 1.5 to 45 THz, with up to 240,000 spectral data points in a single measurement spanning...
(Image credit: IPG Photonics)
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The cobot (collaborative robot) is a fully automated laser welding and cleaning system.
Ipg Photonics
An Adjustable Mode Beam (AMB) laser source has a 3 kW single-mode laser beam in the core.
(Courtesy of Enovix)
FIGURE 1. Enovix's next-generation 3D silicon lithium-ion battery architecture.
Better production processes are crucial as the global market continues to move towards an electrified transportation model.
FIGURE 1. Maximum power of fiber lasers used in cutting systems from 2016.
Ultrahigh-power fiber lasers enable fast, high-quality thick cutting, including air-assist cutting of steels, and offer many advantages over other cutting options.
Photo 242617254 © Penchan Pumila | Dreamstime.com
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Let’s recap all the business announcements in photonics from August 2022.
Ipg Photonics
The LightWELD XR handheld laser welding and cleaning system uses a smaller spot size to extend the welding range of material thicknesses.
(Reproduced from T. P. Butler et al., J. Phys.: Photonics, 1, 044066 [2019])
FIGURE 1. The brightness of the IPG Photonics CLPF femtosecond supercontimuum laser source is compared with that of a third-generation synchrotron and a thermal source; the inset shows the laser beam profile at the wavelengths above 6.7 µm.
New developments in ultrafast mid-infrared (mid-IR) hybrid lasers enable the implementation of compact and reliable optical frequency combs for real-world applications.
Photo 7710592 © Robert Byron | Dreamstime.com
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Valentin P. Gapontsev leaves an impressive technological legacy in industrial fiber lasers and the multibillion-dollar company he built around that technology.
Katie Phillips/Pixabay
Candles 209157 1920
Gapontsev's strategic vision for the capabilities of fiber lasers helped to "transform the laser industry and industrial automation."

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(Photo 32615667 © Jakub Jirsák | Dreamstime.com)
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Eugene A. Scherbakov, Ph.D., succeeds Valentin P. Gapontsev, Ph.D., as IPG Photonics’ CEO.
Coherent laser modules with support for bidirectional, single-fiber transmission can operate full-duplex on a single fiber strand at 100 and 200 Gbit/s/λ.
Genesis' experience in robotic systems provides expanded route to market for IPG's laser welding products.
(Courtesy of MPB Communications)
FIGURE 1. This high-power 607 nm visible fiber laser is used to excite the fluorescent protein mCardinal (a); the laser’s beam profile shows an M2
Frequency doubling, frequency combining, and Raman shifting allow near-IR fiber lasers to produce visible light for science and industry.
FIGURE 1. A schematic of wobble patterns (a) and a circle wobble illustration (b) are shown.
New fiber laser technologies are paving the way for innovative joining techniques.
For its Q2 ended June 30, 2017, IPG Photonics reported revenue and earnings per diluted share at record levels.
FIGURE 1. Absorption and emission cross-sections were determined for a Fe:CdMnTe sample at 80 K; the plot includes absorption features of water (H2O) and carbon dioxide (CO2).
Specially grown Fe:CdMnTe crystal that emits in the 5 μm spectral region could be made wavelength-tunable in the future.
IPG Photonics
FIGURE 1. The YLR 150/1500 QCW laser module.
As consumer devices become smaller and lighter, welded joints are also required to be smaller and stronger.
(Courtesy of IPG Photonics)
FIGURE 1. The cylindrical surface of a bore for an automobile engine is micromachined using a 2 kW single-mode fiber laser from IPG Photonics, then sprayed with plasma to create a hard coating that replaces conventional cylinder liners. Laser-machined microgrooves help the resulting coating to adhere to the cylinder.
Today's high-power CW fiber lasers have become naturals at reliable, capable materials processing.
FIGURE 1. In trifocal brazing, two lead beams (red) clean and pre-heat the steel edge surfaces to promote wetting. The trailing beam (purple) melts the Cu/Si wire to form a seamless brazed joint which, after painting, can be invisible to the naked eye.
Fiber lasers producing different spot sizes, pulse durations, or wavelengths can be combined into a single process for applications such as brazing, welding, and surface texturing...
FIGURE 1. A typical conduction-limited spot weld.
Fiber laser finds utility in welding applications.
FIGURE 1. ~20μm-diameter holes drilled in 635μm-thick alumina (96% Al203) at a rate of 300 holes/s. (a) represents the entrance, while (b) is the exit.
High beam quality allows for small spots.