Manuals

The Pyrocam IV is a high performance, solid-state, pyroelectric camera that features a large 25mm imager (320 x 320 pixels) and 16-bit A/D converter. This enables reliable measurement and analysis of both large signals and low-level signals in the wings of the laser beam.

The Ophir-Spiricon, LLC Laser Beam Analyzer, BeamMic is a low cost, PC-based product for use in modern multi core advanced Pentium-generation personal computers running the Windows 7 or Windows 10 operating systems.

BeamWatch is the laser industry’s first completely non-interfering beam monitoring system, which allows beam measurements without contacting the laser beam. Measurements are taken by imaging the Rayleigh scatter of the beam from the side using conventional cameras making BeamWatch ideal for measurements of high power lasers. OphirSpiricon has measured beams up to 100 kilowatts.

The BeamWatch software interfaces with the BeamWatch family of products. BeamWatch enables users to see beam data collection in real time. Due to the real time nature users can see exactly how the beam changes during the critical startup moments, and how it may vary after running for long periods of time.

BeamWatch Integrated combines a non-contact beam profiler with a power sensor. The water cooling plate under the beam profiler maintains acceptable temperatures. The cooling plate also includes a flow meter and a temperature sensor. The power sensor includes a height adjustment screw to adapt to different laser sources. This allows positioning the power sensor at the location where the laser power density is within the specifications.

Connect the data, power sensor cables, and the polyurethane tubing to their respective ports on the BeamWatch AM unit.

BeamCheckTM is a camera-based laser beam profiling system for SLS/SLM 3-D Additive Manufacturing systems. BeamCheck measures and produces a beam profile of the laser beam focused at the plane of the SLS/SLM work surface.

It is recommended that users review this guide before setting up and using the BeamSquared system. This guide will assist users in becoming familiar with the M2 measurement theory as well as acquire a basic understanding of the BeamSquared operation. Furthermore, familiarity with this guide will aid the user with system alignment and interpretation of M2 results.

NanoModeScan is an accessory to the NanoScan family of laser beam profilers. It is a computer driven automated linear stage and data acquisition and analysis system. It is designed to measure the beam propagation parameters of paraxial laser sources using the method defined in the ISO/DIS 11146 Laser Standard or the Rayleigh method.

ESP TRIGGER PROBE USER MANUAL

Getting Started with a Lumenera L11059 Camera in BeamGage,User Notes

ModeScan™1780 Laser Beam Profiler Installation and Operation Manual

1300nm Narrow Bandpass Filter for C-mount Cameras P/N SPZ08242 User Notes

Variable Attenuator for C-mount Cameras P/N SPZ17012 User Notes

Goniometric Radiometer Models LD 8900™ and LD 8900R™ Installation and Operation Manual

High Power NanoScan Addendum to NanoScan v2™ Installation And Operation Manual

This document only applies to computers running either both Windows 7 which will be running a Pyrocam III in either the Pyrocam Control Console or BeamGage.

1X UV Image Converter P/N SPZ17023 With Optional Beam Splitter P/N SPZ17015 User Notes

ETHERNET CONFIGURATION FOR OPHIRSPIRICON GIGEVISION PRODUCTS

The Ophir™ BeamPeek™ is designed to analyze laser beams up to 1kW. Its optical design enables measurement of both 532nm and NIR wavelength lasers. It is designed for use inside Additive Manufacturing (AM) chambers and can simultaneously measure power as well as profile the laser beam.