Fan-Cooled Laser Power Measurement for Applications Using Pico- and Femtosecond Lasers
Laser micro-machining continues to push the boundaries of precision, quality, and productivity. As ultrafast laser systems become more powerful and ultrashort pulse applications move further into mainstream manufacturing, accurate laser power measurement is more important than ever.
To meet these evolving demands, Ophir introduces the F100(150)A-SV-17, a fan-cooled thermal laser power sensor designed for measuring ultrashort pulse lasers in pico- and femtosecond applications.
Built for the Challenges of Ultrashort Pulse Measurement
Ultrashort pulse lasers are widely used when precision and minimal thermal impact are essential. They enable advanced processes such as fine cutting, micro-drilling, surface structuring, and high-quality material processing.
Ultrashort pulse lasers place unique demands on power measurement. The extremely high peak intensities generated by picosecond and femtosecond lasers can cause gradual ablation and aging of conventional absorber surfaces, resulting in measurement drift over time.
The F100(150)A-SV-17 addresses this challenge with Ophir’s SV absorber technology, providing enhanced resistance to pulse-induced damage and helping maintain reliable, repeatable measurements throughout the sensor’s lifetime.
Higher Power Capability for Modern Laser Systems
As ultrafast laser systems continue to increase in average power, laser power measurement solutions must keep pace with higher-power production and development environments.
The F100(150)A-SV-17 supports laser power measurement up to 100 W continuous operation and up to 150 W intermittent operation, making it well suited for today’s advanced laser systems and production environments.
Key capabilities include:
- Measurement for ultrashort pulse lasers
- Up to 100 W continuous power
- Up to 150 W intermittent power
- Fan-cooled operation
- Durable SV absorber technology with a wide spectral range of 0.19-11 µm
- Compatibility with Ophir laser measurement meters
This combination of performance and usability gives laser manufacturers, system integrators, and end users a practical solution for measuring higher-power ultrafast lasers with confidence.
Fan-Cooled Convenience
One of the key advantages of the F100(150)A-SV-17 is its fan-cooled design.
By eliminating the need for water cooling, the fan-cooled design helps simplify laser power measurement setup and operation. Users benefit from easier integration, reduced system complexity, and more convenient day-to-day handling.
This makes the sensor especially attractive for environments where quick setup, compact equipment, and lower maintenance requirements are important.
Designed for Laser Micro-Machining Applications
The F100(150)A-SV-17 is particularly well suited for precision laser applications, including:
- Micro-cutting
- Laser drilling
- Surface structuring
- Precision material processing
- Ultrafast laser system development
In laser micro-machining and precision material processing applications, consistent power measurement plays a critical role in maintaining process quality and repeatability. With its robust design and ultrashort pulse measurement capability, the F100(150)A-SV-17 helps users monitor laser performance and support reliable manufacturing outcomes.
Seamless Integration into the Ophir Ecosystem
The F100(150)A-SV-17 is designed to work as part of the Ophir laser measurement ecosystem. Users can connect it with Ophir meters and measurement interfaces to support a range of lab, production, and service workflows.
This flexibility allows customers to integrate the sensor into existing measurement setups while benefiting from Ophir’s established power measurement platform.
A New Solution for Ultrafast Laser Measurement
The Ophir F100(150)A-SV-17 represents a strong addition to Ophir’s portfolio of laser power measurement solutions.
By combining ultrashort pulse measurement capability, high power handling, fan-cooled convenience, and durable absorber technology, the sensor gives users a reliable tool for today’s advanced laser micro-machining applications.
To learn more about the Ophir F100(150)A-SV-17 laser power sensor and how it can support ultrashort pulse laser measurement in micro-machining and precision material processing applications, contact Ophir or visit the Ophir product page.
