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Our Mission
high-E Photonics specializes in cutting-edge pulsed laser solutions designed for high efficiency, high pulse energy, and industrial reliability.
We work closely with our customers to design and deliver laser systems tailored to their specific requirements, from custom pulse parameters to fully engineered architectures optimized for demanding scientific and industrial applications.
Our innovations push the boundaries of performance and scalability, making us a key partner in next-generation photonics. With a focus on monolithic designs for enhanced stability and modular configurations for maximum flexibility, we deliver systems that combine precision, reliability, and adaptability in the toughest environments.
User defined pulses that fit your application:
In pulsed laser systems, pulse energy, pulse duration, and repetition rate are typically defined by our customers application requirements. From these parameters, the average power is determined, which in turn defines the overall system layout.
Average Power (W) = Pulse Energy (J) × Repetition Rate (Hz)
... high average power is the key to high pulse energy at high repetition rate.
At high-E Photonics, our systems are engineered to deliver average powers in the 100 W – 1 kW range, while maintaining flexibility in pulse energy, duration, and repetition rate. This ensures that we can adapt our laser designs to meet the precise needs of your application while providing reliable, high-performance operation.
If you have target pulse specifications in mind, our team will be glad to help refine the configuration and recommend the most suitable system design.
Our Vision: “To be the driving force behind the next generation of photonics, empowering industries and scientists with pulsed laser solutions that redefine precision, efficiency, and reliability.”
We work closely with our customers to design and deliver laser systems tailored to their specific requirements, from custom pulse parameters to fully engineered architectures optimized for demanding scientific and industrial applications.
Our innovations push the boundaries of performance and scalability, making us a key partner in next-generation photonics. With a focus on monolithic designs for enhanced stability and modular configurations for maximum flexibility, we deliver systems that combine precision, reliability, and adaptability in the toughest environments.
User defined pulses that fit your application:
In pulsed laser systems, pulse energy, pulse duration, and repetition rate are typically defined by our customers application requirements. From these parameters, the average power is determined, which in turn defines the overall system layout.
Average Power (W) = Pulse Energy (J) × Repetition Rate (Hz)
... high average power is the key to high pulse energy at high repetition rate.
At high-E Photonics, our systems are engineered to deliver average powers in the 100 W – 1 kW range, while maintaining flexibility in pulse energy, duration, and repetition rate. This ensures that we can adapt our laser designs to meet the precise needs of your application while providing reliable, high-performance operation.
If you have target pulse specifications in mind, our team will be glad to help refine the configuration and recommend the most suitable system design.
Our Vision: “To be the driving force behind the next generation of photonics, empowering industries and scientists with pulsed laser solutions that redefine precision, efficiency, and reliability.”
Our Products
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About us...high-E Photonics: Precision Laser Solutions for Science & Industry
At high-E Photonics, we design and manufacture high-efficiency pulsed and continuous wave laser sources for cutting-edge applications in science and industry. Our powerful and reliable laser systems are engineered for precision and performance, enabling advanced research and industrial processes. Built on industrialized amplifier modules, our solutions offer flexible laser parameters tailored to your needs. With vertical integration, we provide customized systems to meet the most demanding applications. Explore the future of high-performance laser technology with high-E Photonics. Address: Office: 5/1 Moore Street, Canberra ACT 2601, Australia Laboratory: 131 Garran Rd, Acton ACT 2601, Australia |
Our Technical Portfolio
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Please get in touch with one of our technical representatives, to get a free project evaluation or product quotation.
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high-E Photonics Pty Ltd
ABN: 39 688 246 460 | www.highephotonics.com
Address: 5/1 Moore Street, Canberra, ACT 2601
Managing Director: Nikolaus Metzger (PhD)
Email: sales-at-highephotonics.com | Phone: (02) 6183 6812
Privacy & Data: We respect your privacy and handle personal information in accordance with the Australian Privacy Act and the EU GDPR. For details, see our Privacy Policy.
Legal Notice (Impressum): Responsible under §5 TMG: Nikolaus Metzger. All content © high-E Photonics Pty Ltd.
ABN: 39 688 246 460 | www.highephotonics.com
Address: 5/1 Moore Street, Canberra, ACT 2601
Managing Director: Nikolaus Metzger (PhD)
Email: sales-at-highephotonics.com | Phone: (02) 6183 6812
Privacy & Data: We respect your privacy and handle personal information in accordance with the Australian Privacy Act and the EU GDPR. For details, see our Privacy Policy.
Legal Notice (Impressum): Responsible under §5 TMG: Nikolaus Metzger. All content © high-E Photonics Pty Ltd.