PowerPhotonic

Dalgety Bay, Scotland KY11 9PF

COMPANY OVERVIEW

About PowerPhotonic

Contact

1 St David's Dr
St David's Business Pk
Dalgety Bay, Scotland KY11 9PF
United Kingdom
http://www.powerphotonic.com
44-1383-825-910
44-1383-825-739

More Info on PowerPhotonic

Manufacturers micro-optics for low- and high-volume industrial applications as well as custom optical design; specializing in freeform micro-optics to create novel and superior optical systems.

Products

Buyer's Guide

LightForge

Rapid fabrication service for custom micro-optics and micro-optical surfaces

Articles

Photo 241654721 © Marek Uliasz | Dreamstime.com
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Executive Forum

Photonics business roundup: March 2022

Here, we recap all the photonics business news that was announced in March 2022.
Photo 236540213 © Marek Uliasz | Dreamstime.com
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Executive Forum

Photonics business roundup: February 2022

Business announcements were plentiful in February 2022 for the optics and photonics industry, spanning several application and product markets.
Power Photonic
Power Photonic
Power Photonic
Power Photonic
Power Photonic
Optics

Light tunnel generator features precision freeform surfaces

The Light Tunnel Generator produces a ring-shaped spot that is maintained over a long distance to create a light tunnel.
Lasers & Sources

Scotland-based photonics consortium gets £900,000 grant to develop miniaturized RGB laser sources

The intent is to develop an integrated RGB laser photonic package with a step-change reduction in component size.
PowerPhotonic
A fused-silica axicon array beam shaper made by PowerPhotonic is used with multimode lasers and handles peak and pulsed power of up to 20 kW continuous-wave (CW). The beam shaper has an efficiency of greater than 98% and can be used to generate ring-shaped spots—a typical requirement for materials processing applications.
A fused-silica axicon array beam shaper made by PowerPhotonic is used with multimode lasers and handles peak and pulsed power of up to 20 kW continuous-wave (CW). The beam shaper has an efficiency of greater than 98% and can be used to generate ring-shaped spots—a typical requirement for materials processing applications.
A fused-silica axicon array beam shaper made by PowerPhotonic is used with multimode lasers and handles peak and pulsed power of up to 20 kW continuous-wave (CW). The beam shaper has an efficiency of greater than 98% and can be used to generate ring-shaped spots—a typical requirement for materials processing applications.
A fused-silica axicon array beam shaper made by PowerPhotonic is used with multimode lasers and handles peak and pulsed power of up to 20 kW continuous-wave (CW). The beam shaper has an efficiency of greater than 98% and can be used to generate ring-shaped spots—a typical requirement for materials processing applications.
A fused-silica axicon array beam shaper made by PowerPhotonic is used with multimode lasers and handles peak and pulsed power of up to 20 kW continuous-wave (CW). The beam shaper has an efficiency of greater than 98% and can be used to generate ring-shaped spots—a typical requirement for materials processing applications.
Detectors & Imaging

Micro-optics maker PowerPhotonic announces major expansion plans

PowerPhotonic to invest in a new facility, with cleanroom, that will treble its manufacturing capacity.
Optics

PowerPhotonic beam shapers can generate ring-shaped spots

Axicon array beam shapers for use with high-power single- and multimode lasers reach efficiencies of >98%.
Content Dam Lfw Online Articles 2017 02 Axicon Array On Circular Substrate Press
Content Dam Lfw Online Articles 2017 02 Axicon Array On Circular Substrate Press
Content Dam Lfw Online Articles 2017 02 Axicon Array On Circular Substrate Press
Content Dam Lfw Online Articles 2017 02 Axicon Array On Circular Substrate Press
Content Dam Lfw Online Articles 2017 02 Axicon Array On Circular Substrate Press
Optics

Axicon array laser beam shapers from PowerPhotonic available

A line of axicon array beam shapers for use with multi-mode lasers handle peak and pulsed power of 98% efficiency.
(Image credit: PowerPhotonic)
PowerPhotonic is partnering with Precitec on beam-shaping optics for laser cutting systems.
PowerPhotonic is partnering with Precitec on beam-shaping optics for laser cutting systems.
PowerPhotonic is partnering with Precitec on beam-shaping optics for laser cutting systems.
PowerPhotonic is partnering with Precitec on beam-shaping optics for laser cutting systems.
PowerPhotonic is partnering with Precitec on beam-shaping optics for laser cutting systems.
Optics

PowerPhotonic partners with Precitec on beam-shaping optics for laser cutting

PowerPhotonic announced an exclusive partnership with Precitec to supply beam-shaping optics for laser cutting.
Content Dam Ils Online Articles 2016 05 Slow Axis Collimator Lens
Content Dam Ils Online Articles 2016 05 Slow Axis Collimator Lens
Content Dam Ils Online Articles 2016 05 Slow Axis Collimator Lens
Content Dam Ils Online Articles 2016 05 Slow Axis Collimator Lens
Content Dam Ils Online Articles 2016 05 Slow Axis Collimator Lens
Industrial Laser Solutions

Collimating and beam-shaping optics

PowerPhotonic's collimating and beam shaping optics have use with high-power laser cutting and welding systems.
Optics

PowerPhotonic beam shaper optics for single-mode lasers available

A patent-pending design approach to create a near diffraction-limited shaped spot for single-mode lasers uses high-efficiency refractive freeform optics.

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Additional content from PowerPhotonic

Lasers & Sources

PowerPhotonic supplies microoptics for ELI HAPLS high-energy laser

PowerPhotonic is working with Lasertel by supplying precision microoptics for the ELI HAPLS petawatt laser.
Content Dam Lfw Online Articles 2013 07 7 Lfw 2 Powerphotonic
Content Dam Lfw Online Articles 2013 07 7 Lfw 2 Powerphotonic
Content Dam Lfw Online Articles 2013 07 7 Lfw 2 Powerphotonic
Content Dam Lfw Online Articles 2013 07 7 Lfw 2 Powerphotonic
Content Dam Lfw Online Articles 2013 07 7 Lfw 2 Powerphotonic
Lasers & Sources

PowerPhotonic offers freeform micro-optics rapid fabrication service

The LightForge micro-optics fabrication service allows optical designers to create a wide range of optical elements.
FIGURE 1. A 12-bar conduction-cooled QCW diode stack proved the right choice for the system; its nominal stack geometry enables a beam profile of 6 x 0.5 mm (left). A number of deviations from nominal (reference) positions are common (right).
FIGURE 1. A 12-bar conduction-cooled QCW diode stack proved the right choice for the system; its nominal stack geometry enables a beam profile of 6 x 0.5 mm (left). A number of deviations from nominal (reference) positions are common (right).
FIGURE 1. A 12-bar conduction-cooled QCW diode stack proved the right choice for the system; its nominal stack geometry enables a beam profile of 6 x 0.5 mm (left). A number of deviations from nominal (reference) positions are common (right).
FIGURE 1. A 12-bar conduction-cooled QCW diode stack proved the right choice for the system; its nominal stack geometry enables a beam profile of 6 x 0.5 mm (left). A number of deviations from nominal (reference) positions are common (right).
FIGURE 1. A 12-bar conduction-cooled QCW diode stack proved the right choice for the system; its nominal stack geometry enables a beam profile of 6 x 0.5 mm (left). A number of deviations from nominal (reference) positions are common (right).
Lasers & Sources

BEAM ANALYSIS: Beam shaping improved diode-laser performance

While high-power diode lasers are attractive for applications in which size and efficiency matter, other inherent characteristics have limited their use. Now the European Space...
(Courtesy of PowerPhotonic)
Collimating optics are customized to each diode output in a laser-diode stack, correcting for aberrations as well as divergence.
Collimating optics are customized to each diode output in a laser-diode stack, correcting for aberrations as well as divergence.
Collimating optics are customized to each diode output in a laser-diode stack, correcting for aberrations as well as divergence.
Collimating optics are customized to each diode output in a laser-diode stack, correcting for aberrations as well as divergence.
Collimating optics are customized to each diode output in a laser-diode stack, correcting for aberrations as well as divergence.
Fiber Optics

LASER OPTICS: Scottish company custom-collimates laser diodes

Without a doubt, the high-power diode-laser industry has seen leaps and bounds in the last decade in terms of raw power output.