Helium–neon laser - laser a gas

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Settings can also be conveniently locked. Therefore, influences such as vibrations or system accelerations system are minimized. In addition, the BEX 1x-4x Steadfast stands for easy maintenance and minimal set-up times.

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Optimized coatings ensure the highest transmission and lowest thermal influences. To ensure durability and a high destruction threshold in high-power laser applications, we use full quartz as the lens material.

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Technical data and downloadsWavelength1030...1080 nm515...540 nm355 nmOrder No611842627445613266Datenblatt (pdf) -one for allBEX-M 1x-8x.pdfBEX-M 1x-8x.pdfBEX-M 1x-8x.pdfSTEP-Datei (stp) -one for allBEX-M 1x-8x.stpBEX-M 1x-8x.stpBEX-M 1x-8x.stpZemax-Blackbox (zip)BEX-M 1x-8x 611842.zipBEX-M 1x-8x 627445.zipBEX-M 1x-8x 613266.zip

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Technical data and downloadsZoom Factor1,5x2x4x8xOrder No663991*663992*663993*663994*Data sheet (pdf) - one for allFix-BEX 355nm.pdfFix-BEX 355nm.pdfFix-BEX 355nm.pdfFix-BEX 355nm.pdfSTEP data (stp)Fix-BEX 355nm 1,5x.stpFix-BEX 355nm 2x.stpFix-BEX 355nm 4x.stpFix-BEX 355nm 8x.stpZemax-BlackboxFix-BEX 663991.zipFix-BEX 663992.zipFix-BEX 663993.zipFix-BEX 663994.zip *available soon; please contact us for delivery time information

Dec 20, 2023 — Half-ball lenses play a crucial role in biomedical imaging techniques such as confocal microscopy, fluorescence microscopy, and endoscopy. These ...

With the motorized beam expander 1x-8x, Jenoptik helps you adapt to market requirements by optimizing and balancing the critical parameters of time, quality and ease of use. Consequentially, the motorized beam expander is a perfect match for the F-Theta lenses of Jenoptik’s SilverlineTM series and can be used in a variety of beam guidance systems.

May 21, 2018 — What is difference between C mount and CS mount? ... The difference between C mount and CS mount is flange focal length that from lens mount to ...

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Beam expanderOptics

Laserbeam expander

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A focus ring allows the divergence of laser beams to be changed in a targeted manner, thus compensating for the focal length tolerances in the overall system. This also makes it possible to change the position of the working plane according to the scanning system.

The BEX 1x-4x steadfast beam expanders are characterized by a mechanical design that guides the movable optical elements in a stable, linear manner. This reduces the influence of mechanical manufacturing irregularities and increases beam stability whenever changing magnification and/or divergence. This ensures a beam direction stability of less than one milliradian.

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Whether manually or variably adjustable or motorized, the beam expanders of the BEX product families are robust, flexible and durable.

Beam ExpanderThorlabs

The BEX 2x-10x variable beam expanders for the wavelengths of 355 nm, 532 nm and 1030...1080 nm have a particularly large zoom range. All versions have an infinitely adjustable zoom factor between 2x and 10x.

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This beam expander is designed for a wavelength of 355 nm and offers a large input aperture of up to 8 mm (1/e2). It offers clear and stable laser power and can be used with a 1.5x, 2x, 4x or 8x expansion factor at high powers. The high-precision optical design ensures diffraction-limited imaging and prevents internal foci. It also comes with a divergence setting as standard. The housing is made of stainless steel for maximum resistance and durability, and the optical elements are made of robust quartz glass with AR coating. For use in its reverse mode, the beam expander is threaded on both sides.

Do not leave reliable beam guidance to chance but to a competent partner. Jenoptik’s beam expanders offer extensive optical know-how and many years of application expertise.

Jenoptik’s Fix-BEX product line offers the right solution for applications that do not require changes to the zoom factor.

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Thanks to corresponding software interfaces, the motorized beam expander can be easily integrated into any system for laser material processing.

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The 1x-8x beam expanders are part of the SilverlineTM high-power lens series and are designed in such a way that a diffraction-limited image quality is achieved over the entire magnification range.

The Fix-BEX 515...540 nm demonstrates its advantages for applications in the FIS sector. It has excellent directional stability and thus consistently offers high beam quality. Like all other versions, it offers a large input aperture of up to 8 mm (1/e2) and diffraction-limited imaging. Internal foci are prevented thanks to the sophisticated high-precision optic design. The divergence of the laser beam can also be adjusted. The optical elements are made of robust quartz glass with AR coating. In addition, the Fix-BEX can be used in reverse mode, as the beam expander is threaded on both sides.

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Jun 13, 2013 — 85 millimeters = about 3.3 inches. (3.34645669 inches)Direct Conversion Formula 85 mm*1 in25.4 mm=3.346456693 in.

These beam expanders are specifically designed for applications where widened beam diameters are required. The larger the expanded beam, the smaller the structures can be produced with a paired F-Theta objective lens.

The BEX 1x-4x variable beam expanders for the wavelengths 355 nm, 532 nm and 1030...1080 nm provide a high image quality with their compact lengths. All versions are infinitely adjustable between a 1x and 4x expansion factor. The larger the expanded beam, the smaller that structures can be created with the paired F-Theta objective.