…such as high power OPSL, semiconductor or CO2 lasers in this brochure. Overview of Laser Applications 1 Table of Contents 2-3 A Full Spectrum of Solid-State Lasers 4-5 Continuous Wave Lasers 6-87 OBIS Lasers OBIS 6-11 OBIS FP 12-15 OBIS Accessories 16-21 Lasiris Flat Top Projector 22-25 CUBE Lasers CUBE…
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…Filter Temp Controller Fault Indicator On/Off/Remote Sw DI Water Inlet Drain Power Cord Reservoir (Tank at Bottom) SCU Interface Fill Port Description and Specifications 7 During operation, the chiller circulates filtered de-ionized water maintained at a constant temperature. Chiller controls consist of…
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…controlled to minimize the energy transfer into the underlying substrate so that the substrate remains cool. Excimer lasers can provide this kind of control. Spontaneous nucleation in the liquid phase competes with crystal growth from the edges of the melted area. When the liquid phase temperature…
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…ground state, X2. A complete product state analysis proved that the ClO radicals are formed in v = 0-6 vibrational states peaking at v = 3, with a spin orbit branching ratio of P(23/2):P(21/2) = 1.5 ± 0.3. The ClO fragment shows a moderate rotational excitation, described by a Boltzmann temperature of 1300K…
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…directly connect lights to this line. Remote Control Interface The main reason for controlling a Diamond laser through the Remote Control is that the pulse period and duration may be set on the remote's thumbwheel switches. This allows system controllers without pulse outputs to be used. The remote also…
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…tube temperature is regulated to ± 1°C by a feedback mechanism. Figure 2: Energy stability of the OPTex Pro at 193 nm and 500 Hz repetition rate over the relative high voltage setting range. Each data point corresponds to a measurement over 1000 laser pulses. Dynamical Energy Range The solidstate switch…
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…energy density values high enough to heat the surface within the pulse duration to decomposition temperature, ceramic materials begin showing metal-like optical behavior. In recent years, diode-pumped solid-state lasers appeared on the market with attractive features such as: · easy operation · low maintenance…
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…times per second. Since LAMBD is a pulsed process, the user has a great deal of control over the desired thickness of the film that is generated, from a monolayer coating to one several microns thick. The initial temperature of the resultant ablation plume can be as high as 20,000° K and is regulated…
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