Optical Collimator

Description: High-precision irradiation is particularly important when treating in the head and neck area. In collaboration with the Swedish Elekta Group, we have developed a ring-shaped collimator block made from the tungsten heavy alloy Densimet®. Hundreds of beam channels guide the

• Type: Collimator

Description: In order to target radiation precisely to the diseased tissue, it is necessary to use multileaf collimators. First of all, X-ray images are produced to determine the precise position and outline of the tumor. Following this 3-dimensional measurement, an electric motor moves each

• Type: Collimator

Description: Product description:The fiber collimator is an important component of laser devices such as isolators and circulators. It is formed by precisely aligned the optical fiber and the focusing lens. It can not only collimate the beam output from the optical fiber but also couple the

• Beam Delivery Component: Beam Collimator
• Laser Output Power: 20 to 100 watts
• Laser Type: Fiber Laser
• Process / Operation: Other

Description: Ideal as Simple Spot Lights or Collimated Backlights Compact Size for Easy Integration Collimated Spot Size of 1.5" Offered in multiple color options, Metaphase Technologies Spot Lights and Collimator are ideal for producing high contrast silhouettes. The collimator is easily attached

• Type: Collimator

Description: High-precision irradiation is particularly important when treating in the head and neck area. In collaboration with the Swedish Elekta Group, we have developed a ring-shaped collimator block made from the tungsten heavy alloy Densimet®. Hundreds of beam channels guide the

• Type: Collimator

Description: Compensation of beam astigmatism High damage threshold compatible with high power laser diode bars Minimal scattering loss due to high quality fused Silica Very low surface roughness Stackable Compatible with fast axis collimating lenses

• Focal Length: 0.0018 to 0.0022 m
• Type: Collimator
• Wavelength: 770 to 1080 nm

Description: Axetris fast axis collimators are acylindrical micro-lenses designed for collimating the «fast axis» of high-power laser diode bars. They can be used in combination with our «slow axis» collimators. Diffraction limited collimation of the «fast axis» Minimized beam divergence Optimized

• Aperture: Over 0.8000 mm
• Focal Length: 6.00E-4 m
• Type: Collimator
• Wavelength: 770 to 1000 nm

Description: We machine refractory metals such as tungsten, molybdenum and the tungsten heavy alloy Densimet®, to produce highprecision collimators for X-ray detectors. These absorb scattered radiation and thus help ensure an extremely high image quality. Thanks to their high density

• Type: Collimator

Description: A series of laser diode collimators specifically aimed at OEM customers wishing to use laser based technology in their products. A range of tiny laser diode collimators which achieves the technically difficult feat of combining high alignment accuracy with a tiny package. Features

• Focal Length: 5 m
• Type: Collimator
• Wavelength: 650 nm
• Working Distance: 6.5 to 8 mm

Description: A series of laser diode collimators specifically aimed at OEM customers wishing to use laser based technology in their products. A range of tiny laser diode collimators which achieves the technically difficult feat of combining high alignment accuracy with a tiny package. Features

• Focal Length: 5 m
• Type: Collimator
• Wavelength: 650 nm
• Working Distance: 2.7 to 6 mm

Description: they can achieve spot sizes down to a few microns. Lenses also feature an antireflection coating for low back reflection. These units are designed so that they can be used in pairs to couple the input and output light of optical devices. Optimum performance for long-term use is ensured by the

• Aperture: 4.95 mm
• Type: Collimator
• Wavelength: 780 nm

Description: they can achieve spot sizes down to a few microns. Lenses also feature an antireflection coating for low back reflection. These units are designed so that they can be used in pairs to couple the input and output light of optical devices. Optimum performance for long-term use is ensured by the

• Aperture: 5.5 mm
• Type: Collimator
• Wavelength: 633 nm

Description: they can achieve spot sizes down to a few microns. Lenses also feature an antireflection coating for low back reflection. These units are designed so that they can be used in pairs to couple the input and output light of optical devices. Optimum performance for long-term use is ensured by the

• Aperture: 8 mm
• Type: Collimator
• Wavelength: 1150 nm

Description: Applications: Construction laser applications, Positioning, Light barriers, Leveling Dimensions: Length from 8 mm up to 22 mm, Diameter from 4.2 mm up to 7 mm

• Features: High Power / Laser
• Type: Collimator
• Wavelength: 635 to 850 nm

Description: aspheric lenses are used for low insertion loss and beam sizes only limited by diffraction. Optical Post Mounting For post mounting these F-C5 Series collimators, we suggest the model CLH-11 adaptor which fits into most 1 inch mirror mounts. Applications Applications

• Aperture: 5.5 mm
• Type: Collimator
• Wavelength: 1310 nm

Description: Aspheric lenses provide simple, single-element solutions for laser collimation. Aspheres can eliminate spherical aberrations and improve focusing and collimating accuracy. Typical applications are fiber coupling, laser diodes, optical data storage, and barcode scanners

• Diameter / Length: 6 to 9.94 mm
• Focal Length: 3.1 to 11 mm
• Lens Type: Aspheric Lens

Description: aspheric collimators are precision CNC polished, sometimes MRF polished, in our state-of-the-art workshop, superior optical standards are obtained through cautious material selection, meticulous cutting, careful grinding and polishing, and stringent inspection. By controlling each

• Materials: UV Grade Fused Silica, Other

Description: Telescopes and Collimators for Optical Tooling

Description: aperture is allowed.High requirements,Achroma tic lens will be use, the relative aperture is also appropriately reduced.Collimator lens is one of the mainly products in Sunday. We have standard ones and also accept customer-made. Sunday has collimator lens with single aspheric, doublet

• Antireflection Coating: Yes
• Materials: Other

Description: have magnification up to 10 times for the wavelength of 405nm, 543nm, 633nm, 780nm, 1064nm, 1310nm, 1550nm and 2000nm. We also provide custom collimating lenses for projecting a source at infinity for infinite conjugate testing of optical systems. The collimating lenses can consist of several

• Type: Collimator

Description: The PureEdge 240 collimator was developed in cooperation with Lawrence Berkeley National lab as part of an upgrade to beamline 12.3.1. Crystal samples of varying sizes should be matched to a corresponding aperture size to optimize signal to noise ratio during data acquisition. The concept

• Geometry Type: Pinhole
• Hole Diameter/Slit Width: 240 to 300 µm
• Substrate Material: Metal

Description: specifications, all Collimators and Focus Guidescan be adjusted to provide the flexibility necessary for certain set ups. Designed to collimate or focus light exitingan optical fiber to a desired beam diameter or spot size from the end of the module, these devices can be usedwith laser

• Aperture: 0.1200 to 0.4000 mm
• Focal Length: 0.0180 m
• Type: Collimator
• Wavelength: 350 to 2000 nm

Description: The TECBL series lasers are fully self-contained with an integrated temperature controller (TEC), laser driver circuit, surface polished glass asherical lens optics and laser diode in a compact package. Precise temperature control with the TEC results in excellent power and wavelength stability, low

• Type: Collimator
• Wavelength: 405 nm

Description: The CLH-9 Optical Mount Adapter allows 9 mm diameter collimators to be mounted into most 1 inch (25.4 mm) diameter mirror mounts.

• Mount Type: Mirror Mount, Laser Mount, Other

Description: aspheric collimators are precision CNC polished, sometimes MRF polished, in our state-of-the-art workshop, superior optical standards are obtained through cautious material selection, meticulous cutting, careful grinding and polishing, and stringent inspection. By controlling each

• Center Thickness: 6 mm
• Diameter / Length: 38.1 mm
• Materials: Other
• Surface Flatness: λ/8

Description: Air-spaced focusing lenses are designed to focus the high-power radiation emitted by lasers.

• Features: High Power / Laser
• Type: Collimator, Specialty / Other
• Wavelength: 355 to 1064 nm
• Working Distance: 17.2 to 67 mm

Description: The X26-192 Stainless Steel Optical Rail is an excellent choice for construction of precision optical systems such as spatial filters, interferometers, collimators, and microscopes. This 192 mm length rail with an M6 hole on each end can be fixed to optical tables by

• Length: 7.56 inch
• Units: Metric
• Width: 1.02 inch

Description: The 561-MM Module Mount accepts modules for mounting ball lenses, GRIN lenses, fiber collimators, and fiber ferrules to a 561 Series stage. Optics and devices are gently held in modules.

Description: distance range. With our experienced optical design engineers, HG OPTRONICS can also provide custom designed C-lens per customer's requirement. 1.1. Application Collimator Isolator Switch MEMS Collimator Array Laser Assembly

• Surface Quality: 40-20 Scratch / Dig, Other

Description: These air-spaced or cemented doublets are designed for application in coherent or incoherent optical systems for information processing. Spherical, coma, astigmatic and achromatic aberrations are corrected. The components can be applied as achromatic collimators.

• Lens Type: Achromats

Description: Tower Optical’s plano convex lenses have positive focal lengths, converge incident light, and form both real images (as might be focused in a piece of paper), and virtual images (as are seen through the lenses when they are used as magnifiers.) They are widely used in telescopes,

• Diameter / Length: 6 to 25.4 mm
• Focal Length: 10 to 250 mm
• Lens Type: Cylindrical Lens

Description: Positive Fresnel Lenses can be designed as a collimator, collector or with finite conjugates. They are usually corrected for spherical aberration. The designs can be trimmed according to customer requirements (within limits of clear aperture). It is possible to combine a Fresnel lens

• Focal Length: 763 mm
• Lens Type: Fresnel Lens

Description: These are lenses with one flat surface and one convex surface. They have a positive focal length and are used to converge or focus incoming light. They are best for infinite conjugate systems. They can be used in many different optical systems such as magnifiers, telescopes,

• Antireflection Coating: Yes
• Diameter / Length: 25 mm
• Focal Length: 150 mm
• Laser / Heat Resistant: Yes

Description: . ICC has extensive experience in providing optical Windows, spherical lenses, cylindrical lenses, scanning mirrors, prisms and beam splitters for laser optical systems. These optical devices have been widely used in F-Theta lenses, collimators, rangefinders, beam

• Materials: BK7 Glass, Specialty / Other
• Surface Quality: 20-10 Scratch / Dig

Description: These simplest form lenses have flat surface on one side and spherical surface on the other. They are widely used in telescopes, microscopes, collimators, optical transceivers, magnifiers, condenser systems and eyepieces. Plano convex lens made of BK7, UV FS (UV grade Fused Silica

• Diameter / Length: 12.7 to 76.2 mm
• Focal Length: 20 to 10000 mm
• Lens Type: Cylindrical Lens
• Materials: BK7 Glass, Calcium Fluoride, UV Grade Fused Silica