AdValue Photonics

Tucson, AZ 85706

COMPANY OVERVIEW

About AdValue Photonics

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Contact

3440 E Britannia Dr
Suite 190
Tucson, AZ 85706
United States
http://www.advaluephotonics.com
520-790-5468
520-790-1158

More Info on AdValue Photonics

Manufactures fiber lasers and amplifiers: Green, 1 µm, 1.55 µm, 2 µm wavelengths; ns, ps, fs pulse widths; up to mJ pulse energy, MW peak power; single frequency to broadband.

Products

1 Micron Module Front
1 Micron Module Front
1 Micron Module Front
1 Micron Module Front
1 Micron Module Front
Amplifiers

1 Micron Fiber Amplifier Module

The amplifier module is designed to handle megawatts peak power for 15ps pulse width and 70kW peak power for 5ns pulse width in single-frequency linewidths, with average power...
Micron Pulsed Single Frequency Fiber Laser
Micron Pulsed Single Frequency Fiber Laser
Micron Pulsed Single Frequency Fiber Laser
Micron Pulsed Single Frequency Fiber Laser
Micron Pulsed Single Frequency Fiber Laser
Lasers, fiber (non-telecom)

1, 1.5, 2 Micron Pulsed Single Frequency Fiber Laser

The pulsed single-Frequency fiber laser is designed to provide the highest pulse energy in a single longitudinal mode, a powerful capability for research and industry applications...
2 Micron Single Frequency Fiber Laser
2 Micron Single Frequency Fiber Laser
2 Micron Single Frequency Fiber Laser
2 Micron Single Frequency Fiber Laser
2 Micron Single Frequency Fiber Laser
Lasers, fiber (non-telecom)

2 Micron Single Frequency Fiber Laser

AdValue Photonics has the AP-SF single-frequency fiber laser emitting the 2um wavelength region with a linewidth around 10 kHz. The AP-SF1 is an amplified version with 5 W output...
Everes Tnano Green 1um
Everes Tnano Green 1um
Everes Tnano Green 1um
Everes Tnano Green 1um
Everes Tnano Green 1um
Lasers, fiber (non-telecom)

EVERESTnano Green and 1um

The EVERESTnano™ GREEN laser operates at the wavelength of 515 nm and produces 100 µJ per pulse at a pulse repetition rate (PRR) of 500 kHz resulting in 50W average power. The...
Everes Tpico Green 1um
Everes Tpico Green 1um
Everes Tpico Green 1um
Everes Tpico Green 1um
Everes Tpico Green 1um
Lasers, fiber (non-telecom)

EVERESTpico Green and 1um

The EVERESTpico™ Green operates at a wavelength of 515 nm and produces a high pulse energy of 15 µJ at a pulse repetition rate (PRR) of 1000 kHz, resulting in an average power...
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Materials- marking

2 µm Q-Switched Module (AP-QS1-MOD)

10W, nanosecond 2 µm fiber laser for laser micromachiningLearn More
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Materials- marking

Green Pulsed Laser (AP-515)

EVERESTnanoTM Green50W, 5ns, 515nm for laser drilling, cutting, marking and scribing. Learn More
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Materials- marking

1 μm Picosecond Fiber Laser (AP-1030P)

EVERESTpicoTM 1 μm 100W, 50ps, 1030nm fiber laser for laser micromachiningLearn More
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Materials- marking

Green Picosecond Laser (AP-515P)

EVERESTpicoTM Green30W, 50ps/15ps, 515nm for laser micromachiningLearn More
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Laser & System Manufacturers

Laser Glass Processing Machine

Laser machine for high speed, high quality, low cost of glass drilling, glass cutting, and moreLearn More

Press Releases

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Amplifiers

Unique Yb-Doped Fiber Amplifier Module - An Enabler for your Lasers

TUCSON, Ariz., July 10, 2020 /PRNewswire/ -- AdValue Photonics, Inc. (Tucson, AZ) is pleased to introduce a Yb-doped fiber amplifier module to the general public, for the first...
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Packaging/Assembly Equipment

Laser Glass Processing Machine by AdValue Photonics

TUCSON, Ariz., Jan. 20, 2021 /PRNewswire/ -- AdValue Photonics, Inc. (Tucson, AZ) is pleased to introduce a laser glass processing machine to drill, cut, mark, and mill glass ...
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Lasers, fiber (non-telecom)

Industrial 15 W EVERESTpico™ Green Picosecond Fiber Laser Now Available

TUCSON, Ariz., Jan. 12, 2018 /PRNewswire/ -- AdValue Photonics, Inc. (Tucson, AZ) is pleased to announce their new industrial picosecond fiber laser - EVERESTpico™ Green. This...

Articles

(Courtesy of AdValue Photonics)
AdValue Photonics' glass fabrication process.
AdValue Photonics' glass fabrication process.
AdValue Photonics' glass fabrication process.
AdValue Photonics' glass fabrication process.
AdValue Photonics' glass fabrication process.
Executive Forum

Fiber laser innovations for diverse markets

In this interview, Jose Pozo, Optica’s CTO, talks to AdValue Photonics CEO Michael Mielke about his career and the company.
Photo 242617254 © Penchan Pumila | Dreamstime.com
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Executive Forum

Photonics business roundup: August 2022

Let’s recap all the business announcements in photonics from August 2022.
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Lasers & Sources

Ytterbium fiber amplifier offers 100 W average power

Ytterbium fiber amplifiers for femtosecond fiber lasers feature a mode diameter >40 µm.
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Lasers & Sources

AdValue Photonics fiber amplifier offers average power of 120 W

A ytterbium-doped fiber amplifier module is designed to handle >1.5 MW peak power for 15 ps pulse width and 70 kW peak power for 5 ns pulse width in single-frequency linewidths...
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Ad Value Photonics
Fiber Optics

AdValue Photonics polarization beam splitter/combiner operates in the 1 µm wavelength region

Operating in the 1 µm wavelength region, the all-fiber polarization beam splitter (PBS) splits a single input into two outputs of orthogonal polarizations.
Credit: AdValue Photonics
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Executive Forum

AdValue wraps Phase I facility expansion, CEO elected to World Academy of Ceramics

AdValue Photonics will continue to be manufacturing its fiber laser and fiber amplifier products in Tucson, AZ.
FIGURE 1. A large-mode-area, polarization-maintaining, Er/Yb-doped silicate glass fiber (a) used in a last-stage fiber amplifier for a millijoule-level pulsed laser system has nearly diffraction-limited output (b).
FIGURE 1. A large-mode-area, polarization-maintaining, Er/Yb-doped silicate glass fiber (a) used in a last-stage fiber amplifier for a millijoule-level pulsed laser system has nearly diffraction-limited output (b).
FIGURE 1. A large-mode-area, polarization-maintaining, Er/Yb-doped silicate glass fiber (a) used in a last-stage fiber amplifier for a millijoule-level pulsed laser system has nearly diffraction-limited output (b).
FIGURE 1. A large-mode-area, polarization-maintaining, Er/Yb-doped silicate glass fiber (a) used in a last-stage fiber amplifier for a millijoule-level pulsed laser system has nearly diffraction-limited output (b).
FIGURE 1. A large-mode-area, polarization-maintaining, Er/Yb-doped silicate glass fiber (a) used in a last-stage fiber amplifier for a millijoule-level pulsed laser system has nearly diffraction-limited output (b).
Lasers & Sources

High-pulse-energy fiber laser is an eye-safe source for lidar and sensing

Erbium-doped specialty optical fibers can play a critical role in enabling >1 mJ lidar-ready, transform-limited-linewidth laser pulses in the eye-safe wavelength band around 1550...
Fiber Optics

AdValue Photonics wins American Ceramic Society award for rare-earth-doped silicate optical fibers

The award acknowledges AdValue's ability to control glass composition, doping concentration, and physical fiber parameters.
(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
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
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
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
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
Research

Photonics Products: Fiber Lasers: Visible fiber lasers do red, green, and now bluish

Frequency doubling, frequency combining, and Raman shifting allow near-IR fiber lasers to produce visible light for science and industry.

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Additional content from AdValue Photonics

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Lasers, fiber (non-telecom)

AdValue Photonics' short-pulse fiber lasers enable taper-free hole drilling in glass with 20µm chip size

TUCSON, Ariz., Dec. 8, 2017 -- The performance characteristics of AdValue Photonics' fiber lasers have enabled glass hole drilling with unmatched hole quality and process speed...
Industrial 50W Fiber-Based EVERESTnano(TM) GREEN Laser
Industrial 50W Fiber-Based EVERESTnano(TM) GREEN Laser
Industrial 50W Fiber-Based EVERESTnano(TM) GREEN Laser
Industrial 50W Fiber-Based EVERESTnano(TM) GREEN Laser
Industrial 50W Fiber-Based EVERESTnano(TM) GREEN Laser
Lasers, fiber (non-telecom)

Industrial 50W Fiber-Based EVERESTnano™ GREEN Laser Now Available

TUCSON, Ariz., Jan. 17, 2017 /PRNewswire/ -- AdValue Photonics, Inc. (Tucson, AZ) is proud to announce the release of their new 50W industrial EVERESTnano™ GREEN laser. The EVERESTnano...
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Lasers & Sources

AdValue Photonics pulsed fiber laser has use in lidar and frequency conversion applications

A pulsed fiber laser that operates in the 1 μm range has pulse energy of 1.2 mJ at a pulse repetition rate of 10 Hz in a single longitudinal mode.
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Content Dam Lfw Online Articles 2016 03 Advalue
Content Dam Lfw Online Articles 2016 03 Advalue
Content Dam Lfw Online Articles 2016 03 Advalue
Content Dam Lfw Online Articles 2016 03 Advalue
Lasers & Sources

AdValue Photonics pulsed single-frequency fiber laser available

A pulsed single-frequency fiber laser emitting at 1.55 µm has pulse energy of 750 µJ.
Lasers & Sources

AdValue Photonics 1-µm all-fiber isolator operates at 1064 and 1030 nm

A 1-µm all-fiber isolator has a polarization-maintaining all-fiber structure with no free-space elements and no open optical surfaces.
(Image credit: US Air Force)
A high-power fiber laser array at AFRL Directed Energy Directorate uses an AdValue Photonics optical isolator developed under a US Air Force SBIR/STTR.
A high-power fiber laser array at AFRL Directed Energy Directorate uses an AdValue Photonics optical isolator developed under a US Air Force SBIR/STTR.
A high-power fiber laser array at AFRL Directed Energy Directorate uses an AdValue Photonics optical isolator developed under a US Air Force SBIR/STTR.
A high-power fiber laser array at AFRL Directed Energy Directorate uses an AdValue Photonics optical isolator developed under a US Air Force SBIR/STTR.
A high-power fiber laser array at AFRL Directed Energy Directorate uses an AdValue Photonics optical isolator developed under a US Air Force SBIR/STTR.
Fiber Optics

AdValue optical isolator delivers fiber laser power for Air Force SBIR

AdValue Photonics developed an all-fiber-based optical isolator for the Air Force under SBIR project number FA9451-11-C-0138.
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Fiber Optics

All-fiber isolator provides bidirectional 50 W protection

While traditional free-space fiber-pigtailed optical isolators can handle approximately 20 W of forward power and less than 1 W of backward power, an all-optical-fiber isolator...
FIGURE 1. The amplified spontaneous emission (ASE) of Tm3+-doped silicate glass fiber (a) enables fabrication of a laser with output power (b) shown as a function of absorbed pump power at 798 nm in a cladding-pumped 2 μm Tm3+-doped silicate glass fiber laser (20-cm-long, 18-μm-core-diameter fiber).
FIGURE 1. The amplified spontaneous emission (ASE) of Tm3+-doped silicate glass fiber (a) enables fabrication of a laser with output power (b) shown as a function of absorbed pump power at 798 nm in a cladding-pumped 2 μm Tm3+-doped silicate glass fiber laser (20-cm-long, 18-μm-core-diameter fiber).
FIGURE 1. The amplified spontaneous emission (ASE) of Tm3+-doped silicate glass fiber (a) enables fabrication of a laser with output power (b) shown as a function of absorbed pump power at 798 nm in a cladding-pumped 2 μm Tm3+-doped silicate glass fiber laser (20-cm-long, 18-μm-core-diameter fiber).
FIGURE 1. The amplified spontaneous emission (ASE) of Tm3+-doped silicate glass fiber (a) enables fabrication of a laser with output power (b) shown as a function of absorbed pump power at 798 nm in a cladding-pumped 2 μm Tm3+-doped silicate glass fiber laser (20-cm-long, 18-μm-core-diameter fiber).
FIGURE 1. The amplified spontaneous emission (ASE) of Tm3+-doped silicate glass fiber (a) enables fabrication of a laser with output power (b) shown as a function of absorbed pump power at 798 nm in a cladding-pumped 2 μm Tm3+-doped silicate glass fiber laser (20-cm-long, 18-μm-core-diameter fiber).
Lasers & Sources

FIBER LASERS: Two-micron thulium-doped fiber lasers achieve 10 kW peak power

Highly thulium-doped silicate glass fibers can be used to develop single-frequency fiber lasers with 1.9–2.1 μm operating wavelengths, and Q-switched fiber lasers and self-starting...
Spectroscopy

2 micron fiber laser from AdValue Photonics wins R&D 100 Award

Tucson, AZ--The 2 micron high-power, mode-locked fiber laser from AdValue Photonics has been selected as a winner of the 2012 R&D 100 Awards.
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Spectroscopy

AdValue Photonics high-power fiber laser provides near-diffraction-limited beam

This high-power, mode-locked fiber laser in the 2 µm spectral region features >10 kW peak power, picosecond pulses, 1 W average power, and a near-diffraction-limited beam.
Lasers & Sources

First 2 micron Q-switched fiber laser from AdValue Photonics targets mid-IR applications (VIDEO)

Baltimore, MD--At CLEO 2011, AdValue Photonics described the operational capabilities and mid-IR applications for the first commercially available 2 µm Q-switched fiber laser....
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Home

CLEO/Laser Focus World INNOVATION AWARDS: Terahertz scanning reflectometer from Applied Research & Photonics takes top award

The 2011 CLEO/Laser Focus World Innovation Awards program is designed to honor groundbreaking products in the field of photonics and laser science.