High energy laser beam expansion with ration of 2.5X or 5X and focusing range 2 m to infinity
Series of fixed expansion ratio laser beam expanders from 2x to 12x
Series of adjustable expansion ratio laser beam expanders from 2x to 12x
Galvanomagnetic scanner based technology enables ultra-high shutting speed. Various customizations are available for everyone's needs.
OEM. Excellent beam quality. Low wavefront distortion. For medicine, industry and research
For precise laser beam steering and routing
Set of useful inter-compatible mechanical elements
Extremely efficient, Compact design suitable for scientific and industrial applications, Basic models suitable for high peak power pulse lasers, Long working distance
Extremely efficient,Achromatic for design wavelengths, Compact design suitable for scientific and industrial applications, Long working distance
Extremely efficient, Easy adjustment, Compact design, Capability to work with scanning mirrors
Designed to control emission flux of lasers and incoherent monochromatic sources -both in broadband spectral (200÷2400 nm) and large dynamic range (>60dB) of attenuation
Does not affect laser output power stability, Optical wedges eliminate ghosting and multiple reflections interference
Stray light fully eliminated
Variable height of the optical axis
Three mounting holes
2 wheels contain 8 filters each. Optical axis can be set anywhere in a contiguous range. 200 fixed positions per wheel.
User-friendly software interface, Simple text-based communication protocol, Divides laser beam into two parallel beams of adjustable intensity ratio, Negligible beam deviation
Aberration minimized design, Plug & play solution, Suitable for ultrafast picosecond and femtosecond lasers, Optional adjustable mounting interface
For 1" (25.4 mm) and 2" (50.8 mm) optics
4 wheels contain 4 filters each. Clear aperture Ø18 mm.
Combined Half Waveplate with a Polarizing Beamsplitter.
Consists of 2 high-performance polarizing optics components. Divides laser beam into two beams of manually adjustable intensity ratio
Continuously Variable. Divides laser beam into two parallel beams of manually adjustable intensity ratio
Free of multiple interference fringes. Virtually undistorted attenuation.
For controlling the focal length of an optical system or for adjusting the diameter of a beam
Stand-alone iris mounts used in 10IB-M mounted irises
We offer various objectives with different numerical apertures, focal lengths and magnification.
10 mm travel with 1µm accuracy
10IB Iris Diaphragms with special fast and easy mounting solution
Motorized Iris Diaphragms
(Obsolete) We offer various objectives with various numerical aperture, focal lengths, working distances and magnification.
For diffraction experiments, alignment purposes, projection applications
3-axis adjustment with micrometers. Accommodates virtually any microscope objective. Easy pinhole removal and replacement.
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