Optical mechanical components-Fornitore globale

Room 1010, Building A, Longyu Center, No.1 Longyu Middle Street, Huilongguan, Changping District, Beijing

Optical mechanical components

	Standard O-type 2D optical adjustment frame Material: 6061-T6 aluminum alloy Two precision adjusters Adjustable angle ± 3 ° or ± 4 ° Comes with 2 snap rings
	Edge free optical adjustment frame Used for installing optical components with diameters of 12.7 mm, 25.4 mm, and 50.8 mm The 180 ° edgeless design allows the close range beam to pass through the exposed outer radius of the optical element without being obstructed by the front plate of the adjustment frame Can achieve left and right hand installation
	Small optical mounting bracket Dimensions: 25mm x 27.5mm x 21mm Angle range: ± 4 ° No knob adjuster, reducing space occupation Two M4 screw holes on the back panel for vertical and horizontal installation of connecting rods The front panel has M6 screw holes, which can be connected to the FMH series fixed frame for installing 1-inch optical components
	Rectangular optical adjustment frame Having a thicker backplate can enhance stability Adjustable angle range ± 4 ° Adjust the screw to produce flexible deformation of the elastic pressing plate and compress the optical component
	30mm coaxial system reflector frame Equipped with 3 adjusters, linear movement range ± 3 mm, pitch angle deviation angle ± 5 °, adjustment accuracy 0.32 °/turn Suitable for Ø 25.4mm optical components Optical component fixing method: optional snap ring or tightening screw Compatible with 30mm coaxial system
	Precision optical adjustment frame The regulator can be locked and has a thicker back plate, which can enhance stability Three regulators can provide ± 4 ° angle adjustment There are two options: retaining ring fixation and tightening screw fixation
	D-shaped optical adjustment frame Used for installing D-shaped optical components with a diameter of 25.4 mm/12.7 mm Can increase the aperture and avoid blocking other beams in beam splitting applications Can be installed horizontally or vertically Can be installed in a left-handed or right-handed configuration
	60mm coaxial system reflector frame Equipped with 3 adjusters, linear movement range ± 3 mm, pitch angle deviation angle ± 3 °, adjustment accuracy 0.2 °/rotation Suitable for Ø 50.8 mm optical components Compatible with 60mm coaxial system Optical component fixing method: optional snap ring or tightening screw
	Optical rotation adjustment frame The 0.5-inch series comes with 2 lockable adjusters, while the 1-inch series comes with 3 lockable adjusters for smooth adjustment Simultaneously possessing the characteristics of optical adjustment frame and manual rotation adjustment frame Can provide ± 4 ° pitch and yaw, 1-inch series can move Z-axis It can achieve continuous rotation of 360 ° and adjust the scale accuracy by 2 °, and can be locked separately Suitable for clamping optical components with rotational asymmetry
	Two dimensional adjustment frame, aligning the surface centerline with the center of the connecting rod mounting hole Material: 6061-T6 aluminum alloy Two precision adjusters Pitch and yaw adjustment angle ± 3 ° or ± 4 ° There are two versions for fixing with tightening screws and retaining rings Align the centerline of the step surface with the center of the mounting hole for the connecting rod
	45 degree installation adjustment bracket Material: 6061-T6 aluminum alloy Surface treatment: Black anodizing

Optical mechanical components - basic installation components

	Ø 12.7 mm stainless steel optical connecting rod Material: 303 stainless steel Bottom M6 threaded hole, top detachable M4 x 12 screw Horizontal Ø 3.2 mm through-hole, used for reinforcement/loosening installation
	Ø 12.7 mm extension rod bracket Spring type rolling flower hexagonal hand tightened locking screw Ultra wide square retraction groove, double line contact to avoid optical rod sliding and rolling The bottom of the standard Ø 12.7mm extension bracket is equipped with an M6 threaded through-hole The base type Ø 12.7mm extension rod bracket is equipped with a magnetic base at the bottom, and the extension rod can be penetrated to achieve a larger height adjustment range
	Ø 12.7 mm conjoined extension bracket The base rotates 360 ° for easy installation The bracket has an ultra wide square groove, with double line contact to prevent sliding and rolling of the connecting rod The connecting rod can penetrate the base, achieving a larger range of height adjustment The magnet on the base provides suction force for fixing to the optical platform Spring type rolling flower hexagonal hand tighten locking screw
	Standard connecting rod bracket base M6 stud, stud length 5.3 mm The base has a machined tool return groove to increase stability Magnetic and non-magnetic options available
	Standard connecting rod bracket fork block Material: Stainless steel Integrated structural design Optional countersunk hole slot lengths: 10 mm, 32 mm, 45 mm
	Ø 12.7 mm connecting rod angle fixture Material: 6061-T6 aluminum alloy Multiple fixture angles to choose from Compatible with Ø 12.7mm extension rod
	Connecting rod collar Material: 6061-T6 aluminum alloy Clamping diameter: Ø 12.7 mm
	Ø 12.7mm gasket Material: Stainless Steel 304 After simple demagnetization treatment (note: there is still weak magnetic force after demagnetization) Generally used to increase the length of Ø 12.7 mm stainless steel optical connecting rod Multiple thicknesses to choose from

Optical components - reflectors

	Broadband dielectric film reflector, ultraviolet fused silica, operating wavelength: 400 nm-750 nm lightMaterial: UV fused silica Purpose: To deflect the optical path Working wavelength: 400 nm-750 nm
	Broadband dielectric film reflector, ultraviolet fused silica, operating wavelength: 750 nm-1100 nm Optical material: UV fused silica Purpose: To deflect the optical path Working wavelength: 750 nm-1100 nm
	Broadband dielectric film reflector, ultraviolet fused silica, operating wavelength: 1100 nm-1650 nm lightMaterial: UV fused silica Purpose: To deflect the optical path Working wavelength: 1100 nm-1650 nm

Micro nano Optics - Light Field Control

	Vortex wave plate Material: Liquid Crystal Polymer Design wavelength: 405 nm, 442 nm, 488 nm, 520 nm, 532 nm， 633 nm，670 nm,780 nm，795 nm,800 nm，808 nm， 850 nm，905 nm，980 nm，1030 nm，1053 nm， 1064 nm，1310 nm，1550 nm Generate radial polarization and azimuthal polarization Generate vortex beam Provide customized vortex waveplate services
	Vortex wave plate array Generate radial polarization and azimuthal polarization Generate vortex beam Generate vortex beam array Provide customized services for vortex waveplate arrays
	Laser mode converter Realize the conversion of laser from low order mode to high-order Hermite Gaussian mode Working wavelengths: 532 nm, 633 nm, 780 nm Multiple customized services
	Bessel beam converter (flat conical lens) Optical component material: Liquid crystal polymer/N-BK7 Generate Bessel intensity distribution beam/annular beam Ultra high angle accuracy, no thermal sensitivity Flat structure, suitable for compact optical systems Provide various customized services