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Ophir, a wholly owned subsidiary of MKS Instruments and a global leader in precision infrared optics and photonics instrumentation, is featured on GoPhotonics for its diverse range of laser power meters, optical lenses, windows, and photodetectors designed for accurate characterization and control of laser systems. Combining traceable calibration, advanced optical design, and durable coatings, Ophir’s solutions deliver unmatched precision, stability, and reliability for industrial laser processing, scientific research, and photonic system integration.
By integrating thermal, photodiode, and pyroelectric detectors with high-performance optical components such as laser windows and focusing lenses, Ophir provides a unified metrology and optics ecosystem, ensuring consistent performance across the full spectrum of photonic power levels.
7Z01700 - Ophir Nova II Laser Power & Energy Meter
The 7Z01700 is a versatile handheld and benchtop laser power and energy meter designed for use with Ophir’s full range of smart sensors. It features a large backlit LCD display, data logging capabilities, and USB/RS232 connectivity for system integration. Supporting measurements from femtowatts to multi-kilowatts, the Nova II is ideal for research laboratories, industrial laser calibration stations, and field service applications. The system provides fast response, user-programmable configurations, and compatibility with thermopile, photodiode, and pyroelectric sensors, ensuring precise readings for both CW and pulsed lasers across UV to far-IR wavelengths.
7Z02792 - Ophir Vega Dual-Channel Laser Power Meter
The 7Z02792 (Ophir Vega) offers dual-channel operation with simultaneous readout and statistical analysis for complex optical setups. Featuring a high-resolution color display, onboard memory, and multiple sensor interfaces, Vega supports the measurement of both power and energy parameters for pulsed and continuous lasers. With support for Ophir’s “smart sensors,” automatic wavelength calibration, and a dynamic range extending from nanowatts to kilowatts, the Vega is optimized for laser diagnostics, beam alignment, and optical test benches. Its robust design and flexible data-output options make it equally suited to production environments and advanced photonics research.
632713-117 - High-Transmission Laser Window for Infrared Applications
The 632713-117 is a precision infrared laser window designed for high-power and broadband optical systems. Manufactured from premium IR-grade materials with anti-reflective coatings, it ensures minimal absorption and reflection losses across the mid-IR spectrum. The window’s high flatness and surface quality enable superior wavefront preservation, making it suitable for CO2 lasers, thermal imaging, and industrial laser enclosures. Engineered for thermal stability and laser durability, it provides consistent transmission and protection in demanding optical setups.
632292-117 - Infrared Optical Lens for High-Power Focusing Applications
The 632292-117 is a high-performance infrared optical lens engineered to deliver excellent transmission and focusing precision across the 8 μm - 12 μm spectral range. Designed for use in thermal imaging systems, laser focusing assemblies, and CO2 laser processing, this lens provides low wavefront distortion and tight focusing capability. Its durable AR coatings and thermally stable substrate ensure long-term reliability and consistent optical performance under high-power conditions.
FPD-VIS-300 - Fast Photodetector for Visible Light Measurement
The FPD-VIS-300 is a high-speed silicon photodetector optimized for visible wavelengths. With a fast response time and excellent linearity, it enables precise detection of pulsed and modulated light sources in laser diagnostics, spectroscopy, and optical alignment systems. The compact, rugged design ensures stable operation even under high-intensity illumination, while its broad spectral response supports versatile integration in laboratory and industrial setups.
With its integrated range of laser power meters, optical sensors, and infrared components, Ophir Optronics continues to set industry benchmarks for precision, reliability, and spectral coverage in optical metrology. From high-power industrial laser processing to low-power UV diagnostics and infrared imaging, Ophir’s optical and measurement technologies provide engineers and researchers with trusted tools to advance next-generation photonic systems.
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