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9 Micron

PowerMax-Pro USB/RS Sensors

PowerMax-Pro USB/RS Sensors

…USB/RS 150 HD 150 HD Nano 150F HD 150F HD Nano 150 BB 150F BB Wavelength Range 400 nm to 1100 nm; 9 μm to 11 μm 400 nm to 1100 nm; 9 μm to 11 μm 400 nm to 1100 nm; 9 μm to 11 μm 400 nm to 1100 nm; 9 μm to 11 μm 400 nm to 11 μm 400 nm to 11 μm Power Range for Continuous Usage Water-cooled 200 mW to…

PowerMax-Pro Sensor

PowerMax-Pro Sensor

…several seconds to steady out after the laser is turned on. In these new PowerMax-Pro sensors, heat flows vertically through a film which is only microns thick. The result is a measurement response time below 10 μs, as compared to over 1 second for traditional thermopiles. Plus, these detectors can…

COHR PowerMax-Pro 15mm DS 0619 6.pdf

COHR PowerMax-Pro 15mm DS 0619 6.pdf

…steeper spectral response curves. FEATURES & BENEFITS · High-speed 10 microsecond response time · High-power handling to 9 W · Supports lasers from 400 nm to 11 microns · Broadband coating available with flat spectral response · Large 15 mm square active area APPLICATIONS · Laser power…

COHR PowerMax-Pro 15mm OEMdetectors DS 0619 3.pdf

COHR PowerMax-Pro 15mm OEMdetectors DS 0619 3.pdf

…ten microsecond response speed. FEATURES & BENEFITS · High-speed 10 microsecond response time · High-power handling to 9 W · Supports lasers from 400 nm to 11 microns · Broadband coating available with flat spectral response · Large 15 mm square active area · Compact form factor for OEM…

ModeMaster PC User Manual

ModeMaster PC User Manual

…the profile to either the right or the left
side of the window. Minimum value = 1. Maximum value = 1575.
The time delay sets the position of the beam profile display. An
increase in the delay value by 1 moves the profile by 16.0 microns
Figure 3-9. Adjustment Angle Diagram

00 M5C Pre Install.book

00 M5C Pre Install.book

…Rate)
35 kPa (5 psi)
System Connection Size/Type 6.350 mm (1/4") flexible tube
Liquid Cooling System
Chiller Cooling Capacity 9 kW (27.3 kBtu/hr)
Chiller Static Pressure
(maximum)
827 kPa (120 psi)
Chiller Flow Rate (minimum) 9.46 lpm (2.5 gpm) @ 344.7 kPa…

Ahead the New Glass Cutting COHR Rofin Whitepaper.pdf

Ahead the New Glass Cutting COHR Rofin Whitepaper.pdf

…Whitepaper February 10th , 2017
www.coherent.com | tech.sales@coherent.com | 800-527-3786 | 408-764-4983
Figure 3. A CO laser with only 9W of output power produced this clean, curved cut (6 mm radius circle) in thin
glass (50 µm thick) at a feed rate of 140 mm /sec.
Laser…

Tecnolab Cytometry 2016.pdf

Tecnolab Cytometry 2016.pdf

…attached to the particles and/or it can be natural autofluorescence. The majority of instruments are optimized for particles in the 1 - 50 micron size range, e.g., for human blood cells or other mammalian cells. However, there are a number of applications that need the capability of counting…

Information Display Magazine September/October 2017, Vol. 33, No. 5 issue

Information Display Magazine September/October 2017, Vol. 33, No. 5 issue

…chips. Generally, there is a direct correlation between pulse
width and the size of these removed particles.
Chips in the single-digit micron size range are
produced by nanosecond pulse-width lasers,
and USP lasers yield even smaller particles -
hundreds of nanometers in…

COHR PowerMax-Pro DS 0917 3.pdf

COHR PowerMax-Pro DS 0917 3.pdf

…incident laser energy. Unlike traditional thermopile detectors, in these new PowerMax-Pro sensors, heat flows vertically through a film which is only microns thick, rather than radially to the edge of the device over a distance of several centimeters. The result is a measurement response time below…

COHR PowerMax-Pro USB-RS DS 1017 4.pdf

COHR PowerMax-Pro USB-RS DS 1017 4.pdf

…PowerMax-Pro (Patent #9,012,848) represents a dramatic technological advancement in laser power sensing that utilizes a thin-film detector only microns thick which rapidly senses thermal changes due to incident laser energy. The result is a measurement response time below 10 s, as compared to over…

Industrial Photonics - October 2014

Industrial Photonics - October 2014

October 2014 Industrial Photonics 9
The primary limitation of short-pulse processing is
that it typically provides lower material-removal rates,
and ultrafast lasers have been more costly than longpulse laser sources. As a result, ultrafast processing is
typically reserved for…