MPB Communications Inc

Montreal, QC H9R 1E9

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About MPB Communications Inc

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147 Hymus Blvd
Montreal, QC H9R 1E9
Canada
http://www.mpbcommunications.com
514-694-8751
514-694-6869

More Info on MPB Communications Inc

High-reliability laser systems for scientific, life sciences, medical, commercial and military markets. Products include Visible & NIR, and Raman Fiber Lasers & Amplifiers, Mode-Locked, and Polarized Fiber Lasers, etc.

Products

Home

Raman fiber source

N-IR nanosecond and picosecond, polarized, tuneable rep rate
Home

Visible Raman fiber source

Visible nanosecond and picosecond, polarized, tuneable rep rate
Home

C-Band mode-locked fiber laser

N-IR modelocked, fs and ps pulse width
Home

Ytterbium modelocked fiber lasers

N-IR modelocked, fs and ps pulse width, customized
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Pulsed fiber lasers

Visible or NIR nanosecond and picosecond, polarized, tunable repetition
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Single frequency visible Raman fiber amplifiers

Visible linearly polarized single-frequency, narrow linewidth amplifier
Home

Single frequency Raman fiber amplifiers

Linearly polarized single-frequency, narrow linewidth amplifier
Home

Single frequency visible fiber lasers

Visible linearly polarized single-frequency, narrow linewidth, long coherence
Home

Polarized visible fiber lasers

Visible linearly-polarized, active power stabilization, collimated beam
Home

Polarized Ytterbium fiber lasers

N-IR linearly-polarized, active power stabilization, collimated beam

Articles

(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.
The final panel discussion at Strategies in Biophotonics, which focused on disruptive innovation and the future of biophotonics, highlighted the struggle that emerging technologies can face in addressing established standards. Left to right: Howard Shapiro, MD, Gary Tearney, MD, Ph.D., Aydogan Ozcan, Ph.D., and Dan Gareau, Ph.D. Tearney, who delivered a popular keynote at the event, will also speak at the Lasers and Photonics Marketplace Seminar on Monday, February 9, 2015, in San Francisco, CA.
The final panel discussion at Strategies in Biophotonics, which focused on disruptive innovation and the future of biophotonics, highlighted the struggle that emerging technologies can face in addressing established standards. Left to right: Howard Shapiro, MD, Gary Tearney, MD, Ph.D., Aydogan Ozcan, Ph.D., and Dan Gareau, Ph.D. Tearney, who delivered a popular keynote at the event, will also speak at the Lasers and Photonics Marketplace Seminar on Monday, February 9, 2015, in San Francisco, CA.
The final panel discussion at Strategies in Biophotonics, which focused on disruptive innovation and the future of biophotonics, highlighted the struggle that emerging technologies can face in addressing established standards. Left to right: Howard Shapiro, MD, Gary Tearney, MD, Ph.D., Aydogan Ozcan, Ph.D., and Dan Gareau, Ph.D. Tearney, who delivered a popular keynote at the event, will also speak at the Lasers and Photonics Marketplace Seminar on Monday, February 9, 2015, in San Francisco, CA.
The final panel discussion at Strategies in Biophotonics, which focused on disruptive innovation and the future of biophotonics, highlighted the struggle that emerging technologies can face in addressing established standards. Left to right: Howard Shapiro, MD, Gary Tearney, MD, Ph.D., Aydogan Ozcan, Ph.D., and Dan Gareau, Ph.D. Tearney, who delivered a popular keynote at the event, will also speak at the Lasers and Photonics Marketplace Seminar on Monday, February 9, 2015, in San Francisco, CA.
The final panel discussion at Strategies in Biophotonics, which focused on disruptive innovation and the future of biophotonics, highlighted the struggle that emerging technologies can face in addressing established standards. Left to right: Howard Shapiro, MD, Gary Tearney, MD, Ph.D., Aydogan Ozcan, Ph.D., and Dan Gareau, Ph.D. Tearney, who delivered a popular keynote at the event, will also speak at the Lasers and Photonics Marketplace Seminar on Monday, February 9, 2015, in San Francisco, CA.
Fluorescence

BIOPHOTONICS-BASED INNOVATION: Strategies in Biophotonics highlights moral imperative, practical matters

With its focus on helping system and device developers prepare and launch biophotonics-based innovations, the Strategies in Biophotonics conference covered a range of topics from...
Timm Kasper
ESO’s portable guide-star laser unit is shown in operation during field tests at the Allgäu Public Observatory.
ESO’s portable guide-star laser unit is shown in operation during field tests at the Allgäu Public Observatory.
ESO’s portable guide-star laser unit is shown in operation during field tests at the Allgäu Public Observatory.
ESO’s portable guide-star laser unit is shown in operation during field tests at the Allgäu Public Observatory.
ESO’s portable guide-star laser unit is shown in operation during field tests at the Allgäu Public Observatory.
Lasers & Sources

Delivery of first Toptica sodium-guide-star laser accepted by European Southern Observatory, four more coming right up

Toptica (Munich, Germany) has been creating a new generation of sodium-guide-star lasers intended for use with the adaptive optical (AO) systems integrated into future ground-...
Optics

Toptica wins $6.5 M guidestar contract

Toptica Photonics AG has been awarded the final development and supply contract for sodium guidestar lasers at the Very Large Telescope (VLT) in Chile.
(Courtesy of FASORtronics)
FIGURE 1. The 50 W FASOR beam from the Starfire Optical Range 3.5 m telescope creates a guidestar in the mesospheric sodium layer on Apr. 26, 2005. The FASORtronics commercial design (inset) with and without the enclosure panels shows the single-frequency IR laser modules and the sum-frequency generator.
FIGURE 1. The 50 W FASOR beam from the Starfire Optical Range 3.5 m telescope creates a guidestar in the mesospheric sodium layer on Apr. 26, 2005. The FASORtronics commercial design (inset) with and without the enclosure panels shows the single-frequency IR laser modules and the sum-frequency generator.
FIGURE 1. The 50 W FASOR beam from the Starfire Optical Range 3.5 m telescope creates a guidestar in the mesospheric sodium layer on Apr. 26, 2005. The FASORtronics commercial design (inset) with and without the enclosure panels shows the single-frequency IR laser modules and the sum-frequency generator.
FIGURE 1. The 50 W FASOR beam from the Starfire Optical Range 3.5 m telescope creates a guidestar in the mesospheric sodium layer on Apr. 26, 2005. The FASORtronics commercial design (inset) with and without the enclosure panels shows the single-frequency IR laser modules and the sum-frequency generator.
FIGURE 1. The 50 W FASOR beam from the Starfire Optical Range 3.5 m telescope creates a guidestar in the mesospheric sodium layer on Apr. 26, 2005. The FASORtronics commercial design (inset) with and without the enclosure panels shows the single-frequency IR laser modules and the sum-frequency generator.
Research

ADAPTIVE OPTICS: High-power guidestar lasers are ready for next-generation AO astronomy

Two types of sodium-guidestar laser with phenomenally high optical power have been separately conceived and developed, one at the AFRL's Starfire Optical Range and one at the ...

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VFL-P Series

Visible Linearly-polarized, active power stabilization, Collimated Beam