Laser Measurement

Video

Certificate of Calibration (C.O.C.) Explained

The Certificate of Calibration (C.O.C.) certifies that your Ophir instrument meets all its specifications. It tells you – quantitatively - exactly how accurate your Ophir measurement …

Video

Juno-RS: The New RS232-based Virtual Meter

If you need to connect your laser power or energy sensors to an automation system – or to a PC – using RS232 communication, the new Juno-RS Virtual Meter from Ophir may be just the …

Video

Measuring low power, slowly pulsing beams: “Low Frequency Power”

Are you trying to measure a low-power, slowly pulsing beam (think of a VCSEL beam for example) – and getting frustrated? Measuring low-power, slowly pulsing beams using photodiode sensors …

Webinar

Understanding Laser Measurement Accuracy

If you’re using a laser in your process or research, you already know how important it is to monitor what your laser is doing – so you regularly measure it. You even check the power …

Video

Product Feature: 3A-IS Integrating Sphere Sensor

Measuring a widely diverging, low power beam (think of laser diodes, fibers, etc.) can be challenging. The 3A-IS family of Integrating Sphere Sensors can help you fully capture and …

Video

Fiber Optic Adapters for Ophir Sensors

Need to measure a laser beam coming out of a fiber? To do it right, the fiber will need to be suitably positioned in front of the sensor, and held steady. Learn about fiber adapters …

Video

Auto Range: Issues to Be Aware of

Laser power meters have a wide dynamic range typically divided into several scales or “ranges”.

Software

Software Solutions

Ophir has several complete software solutions. In addition, Ophir offers a COM object and LabVIEW demos for system integrators.

Technical Note

Obsolete Laser Beam Analysis Products

In this table you will find the product that is the closest match to the product you were looking for (with links to detailed specifications). These products are no longer available: 

SP90144M2 …

Technical Note

Obsolete Laser Beam Analysis Accessories

In this table you will find the product that is the closest match to the product you were looking for (with links to detailed specifications). These products are no longer available: 12485+001 …

Catalog

Details on all of our laser measurement instruments.

Technical Note

Discontinued Products

In this table you will find the product that is the closest match to the product you were looking for (with links to detailed specifications). These products are no longer available: …

Software

Software / Firmware Listing

This listing shows the compatibility between the power meters and the software program, and also includes the power meter firmware update information.

Catalog

Ophir laser power meters work on the smart plug principle. This means that almost any Ophir power meter can work – plug and play – with almost any of the wide range of Ophir sensors. …

Catalog

Ophir offers a complete range of laser power and energy sensors measuring femtowatts to hundreds of kilowatts and picojoules to hundreds of joules. Ophir products enhance our customers’ …

Application Notes

Automotive Manufacturing

Laser light and the automotive industry are closely tight together. On the one hand, high-powered laser-based manufacturing plays a key role in the automotive industry. When considering …

Software

OphirEthernetApp Software v1.17

The OphirEthernetApp application connects sensor directly to Ethernet with no PC connection. It supports thermopile, photodiode and pyroelectric smart sensors and allows remote monitoring …

Software

COM Object

Ophir devices (Ariel, Centauri, StarBright, StarLite, Juno, Juno+, Vega, Nova II, Pulsar) can also be used through a COM object control. This allows system integrators to integrate …

Technical Note

Accessing Vega log files with StarLab

Occasionally it is not possible to measure a laser system directly using StarLab. This can be because the laser system is in a controlled environment where a computer is unable to be …

Application Notes

Data Communications

In general, optical telecom utilizes wavelengths in the near infrared region of the spectrum, typically in the range 1260nm to 1625nm, and the transport medium is usually optical fiber, …

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