high-E Photonics to Exhibit at ASSL 2026
high-E is pleased to announce that it will exhibit at the Advanced Solid State Lasers Conference (ASSL) 2026, held from 11 to 15 October 2026 at the Radisson Blu Hotel Lietuva in Vilnius, Lithuania.
Visitors are invited to meet the high-E Photonics team at Booth 407. We will be discussing our high-efficiency pulsed laser platforms and custom laser-engineering capabilities for demanding scientific and industrial applications.Event details
To arrange a meeting with high-E Photonics during the event, please contact us
high-E is pleased to announce that it will exhibit at the Advanced Solid State Lasers Conference (ASSL) 2026, held from 11 to 15 October 2026 at the Radisson Blu Hotel Lietuva in Vilnius, Lithuania.
Visitors are invited to meet the high-E Photonics team at Booth 407. We will be discussing our high-efficiency pulsed laser platforms and custom laser-engineering capabilities for demanding scientific and industrial applications.Event details
- Conference: Advanced Solid State Lasers Conference (ASSL) 2026
- Dates: 11–15 October 2026
- Venue: Radisson Blu Hotel Lietuva, Vilnius, Lithuania
- high-E Photonics location: Booth 407
To arrange a meeting with high-E Photonics during the event, please contact us
Ultrafast and High-Energy Laser Systems
Laser platforms from mJ ultrafast systems to Joule-class drivers.
high-E Photonics supplies defined laser systems for direct purchase, configured systems for specific applications, and structured development programmes for non-standard pulse formats, wavelength ranges and high-energy driver requirements.
Our portfolio spans ultrafast laser systems with sub-picosecond pulse duration. Joule-Class systems for high-energy pulsed applications, and high-efficiency architectures designed to reduce electrical and cooling demand. For suitable high-energy applications, the high-E approach provides a pathway to 50% lower operating load, helping reduce facility requirements and total cost of ownership.
Production Configuration
HEP-1030-10-200
A defined 1030 nm ultrafast system configuration for direct purchase,
high-energy ultrafast processing, nonlinear conversion and OEM integration.
| Parameter | HEP-1030-10-200 |
|---|---|
| Centre wavelength | 1030 nm |
| Pulse energy | 10 mJ |
| Average power | 200 W |
| Nominal repetition rate | 20 kHz |
| Pulse duration | <1 ps |
| Beam quality | M² <1.3 |
| Operating modes | Single pulse and burst mode options |
Direct purchase
Defined system configuration, quotation, delivery, commissioning and technical support.
High-energy driver systems
Joule-Class laser systems
Customer-defined high-energy pulsed laser systems for demanding applications requiring 3–30 J pulse energy, tailored repetition rate, wavelength, pulse duration and system integration.
| Parameter | Joule-Class Platform |
|---|---|
| Wavelength | 1030 nm and 1880 nm |
| Pulse energy | 3–30 J |
| Average power | Customer-specific |
| Repetition rate | Single shot to 100 Hz |
| Pulse duration | Customer-specific |
| Beam quality | M² <1.5 |
| System configuration | Customer-specified pulse format, seed laser, beam delivery and integration |
Joule-Class systems are scoped against application requirements and are supplied subject to final engineering, performance and acceptance specifications.
High-energy programme
For applications requiring a J-class source, high-E begins with technical scoping and can progress through a feasibility study, configured demonstrator and supplied system or OEM module.
- 3–30 J pulse-energy range
- Single shot to 100 Hz
- 1030 nm or 1880 nm architectures
- Application-specific engineering
Full platform range
HEP laser-system platforms
| Parameter | HEP-1030/1064 | HEP-1500 | HEP-2000 | Joule-Class |
|---|---|---|---|---|
| Wavelength | 1030–1064 nm | 1500 nm | 1670–2300 nm | 1030 nm & 1880 nm |
| Pulse energy | 1–100 mJ | 1 mJ | 1–100 mJ | 3–30 J |
| Average power | 100–500 W | 100 W | 100–500 W | Customer-specific |
| Repetition rate | 1–100 kHz | Single shot–20 Hz | 1–100 kHz | Single shot–100 Hz |
| Pulse duration | <500 fs–10 ps | Customer-specific | <500 fs–10 ps | Customer-specific |
| Beam quality, M² | <1.3 | <1.3 | <1.3 | <1.5 |
Customer development
When a standard system is not enough
Start with a production configuration where possible. For new pulse formats, wavelength requirements, energy scaling or OEM integration, high-E offers structured application and development programmes.
01 / Configured system
Adapt a platform
Configure a standard platform with a selected seed source, repetition-rate range, pulse format, harmonic generation or beam delivery.
02 / Application feasibility
Confirm fit before purchase
Fixed-scope test work with an agreed measurement plan, technical deliverable and acceptance criteria.
03 / Joint development
Develop a differentiated system
Milestone-based engineering for customer-specific or OEM requirements, with agreed work plan, delivery gates and IP terms.
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Product & programme enquiry
Request a quotation or discuss a J-Class requirement.Tell us what you need, and we will help identify the right route. Provide the application, wavelength, energy, pulse duration, repetition rate, delivery location and target timing. We will recommend a standard product, configured system or development route. |
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high-E Photonics Pty Ltd
ABN: 39 688 246 460 | www.highephotonics.com
Addresses
Office: 5/1 Moore Street, Canberra ACT 2601, Australia
Laboratory: 131 Garran Rd, Acton ACT 2601, Australia
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
Addresses
Office: 5/1 Moore Street, Canberra ACT 2601, Australia
Laboratory: 131 Garran Rd, Acton ACT 2601, Australia
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.