-
Supplier: Electro Optical Components, Inc.
Description: and higher numerical apertures. With resolution from 5 to 0.34 microns, these objectives can be used for wide applications such as repairing touch panel and solar cell. Features: Used for near infrared laser system Co-Axial vision for real time monitoring Infinity optical system, tube
- Features: IR / NIR
- Field of View: 0.4800 to 12 mm
- Lens Type: Objective Lens
- Magnification: 2 to 50 X
-
Supplier: Navitar, Inc.
Description: Same Resolving Power as High Resolution Lenses with Larger FOV Navitar's HR Plan Apo Infinity Corrected Objective Lens Series includes magnifications of 1X, 2X, 4X, 6X, 10X and 20X. These lenses offer: More resolving power at a
- Lens Type: Objective Lens
-
Supplier: Newport MKS
Description: removes undesired higher spatial frequencies to produce a clean uniform output beam. Finite Conjugate Objective Selection Our MV- and M- microscope objectives are corrected for a rear conjugate at 187 mm and 160 mm, respectively. The MV- series is the economical choice for standard
- Lens Type: Objective Lens
- Magnification: 5 to 60 X
- Numerical Aperture: 0.1000 to 0.8500 NA
-
-
Supplier: Titan Tool Supply, Inc.
Description: Microscope Objective 2X magnification with a 0.06 N.A. (Numerical Aperture) used on the MTSM, MTSI, MTSF Modular Toolscope Microscope or XAM-1 X Axis Measuring Microscope.
- Lens Type: Objective Lens
- Magnification: 2 X
-
Supplier: Titan Tool Supply, Inc.
Description: Microscope Objective 3X magnification with a 0.08 N.A. (Numerical Aperture) used on the MTSM, MTSI, MTSF Modular Toolscope Microscope or XAM-1 X Axis Measuring Microscope.
- Lens Type: Objective Lens
- Magnification: 3 X
-
Supplier: Avantier Inc.
Description: the microscope as well as the quality of the final image all depend on the objective lens used. Objectives are designed to magnify an object by a certain coefficient; from 4x (a scanning objective) to 40x (a high power objective) up to 100x for
- Features: Oil / Water Immersion
- Lens Type: Objective Lens
- Magnification: 4 to 100 X
- Optical Type / Correction Factor: Achromatic, Apochromat, Plan
-
Supplier: Parco Scientific Company
Description: 100x Short Objective
- Lens Type: Objective Lens
-
Supplier: Parco Scientific Company
Description: 40x Short Objective
- Lens Type: Objective Lens
-
Supplier: Parco Scientific Company
Description: 10x Short Objective
- Lens Type: Objective Lens
-
Supplier: Parco Scientific Company
Description: 4x Short Objective
- Lens Type: Objective Lens
-
Supplier: Evident Scientific
Description: brightfield Plan semi-apochromat objective lenses corrected for chromatic aberration at a high level A line-up of objective lenses from 1.25x through 100x with working distance of 1mm or more Unified pupil position from 5x though 100x to
- Field of View: 22 to 26.5 mm
- Lens Type: Objective Lens
- Magnification: 1.25 to 100 X
- Numerical Aperture: 0.0400 to 0.9000 NA
-
Supplier: Evident Scientific
Description: Interference Contrast (DIC), Fluorescence and Simple polarized light Longer working distance helps protect samples with topography Standard pupil position allows the use of a single DIC prism for all objective lenses (5x-100x)
- Field of View: 26.5 mm
- Lens Type: Objective Lens
- Magnification: 5 to 100 X
- Numerical Aperture: 0.1300 to 0.8000 NA
-
Supplier: Titan Tool Supply, Inc.
Description: 40X Microscope Objective Lens for Modular Toolscope MIcroscope, Toolmakers High Magnification Microscope, ZDM-1 & ZDM-3 Depth Measuring Microscopes When combined with a 10X Eyepiece the total magnification of the system is 400X with a working distance of 0.030",
- Lens Type: Objective Lens
- Magnification: 40 X
-
Supplier: Titan Tool Supply, Inc.
Description: 4X Microscope Objective Lens for Modular Toolscope MIcroscope When combined with a 10X Eyepiece the total magnification of the system is 40X with a working distance of 0.600", F.O.V of 0.1606" & D.O.F. of 0.050"
- Lens Type: Objective Lens
- Magnification: 4 X
-
Supplier: Evident Scientific
Description: Brightfield, Darkfield, Differential Interference Contrast (DIC) and polarized light Plan semi-apochromat objective lenses corrected for apochromatic aberration at a high level A line-up of objective lenses from 5x through 100x with working distance of 1mm
- Field of View: 26.5 mm
- Lens Type: Objective Lens
- Magnification: 5 to 100 X
- Numerical Aperture: 0.1500 to 0.9000 NA
-
Supplier: Evident Scientific
Description: to brightfield, darkfield, differential interference contrast (DIC), fluorescence and simple polarized light Longer working distances helps protect samples with topography Standard pupil position allows the use of a single DIC Prism for all objectives lenses (5x-100x)
- Field of View: 26.5 mm
- Lens Type: Objective Lens
- Magnification: 5 to 100 X
- Numerical Aperture: 0.1300 to 0.8000 NA
-
Supplier: Newport MKS
Description: be optimized as a set to achieve maximum resolution. Spot sizes of 2 µm for the 15X objective and 1 µm for the 36X objective are typical. Reverse Cassegrain Design In a typical focusing application, collimated light passes through the aperture hole in the primary mirror
- Lens Type: Objective Lens
- Magnification: 15 to 36 X
- Numerical Aperture: 0.4000 to 0.5200 NA
-
Supplier: Edmund Optics Inc.
Description: Ideal for Brightfield Microscopy Ultra-Long Working Distances Reduce Risk of Specimen Damage Over 90% Transmission from 400 700nm Additional Olympus Infinity-Corrected Objectives Available Olympus Super Long Working Distance M-Plan Achromatic
- Lens Type: Objective Lens
- Magnification: 50 X
- Numerical Aperture: 0.3500 NA
- Working Distance: 18 mm
-
Supplier: Edmund Optics Inc.
Description: Ideal for Brightfield, Darkfield, DIC, Fluorescence, or Polarization Microscopy Long Working Distances Reduce Risk of Specimen Damage Over 90% Transmission from 400 700nm Additional Olympus Infinity-Corrected Objectives Available Olympus Long
- Lens Type: Objective Lens
- Magnification: 50 X
- Numerical Aperture: 0.5000 NA
- Working Distance: 10.6 mm
-
Supplier: Edmund Optics Inc.
Description: New Motorized Version Available Telephoto, Macroscope or Microscope Capability Focuses from Infinity to 63mm Designed to meet demanding imaging applications, the KC (with all 5 objectives) microscope lens provides primary magnification from 0.10-3.0X
- Lens Type: Objective Lens
-
Supplier: Edmund Optics Inc.
Description: New Motorized Version Available Telephoto, Macroscope or Microscope Capability Focuses from Infinity to 63mm Designed to meet demanding imaging applications, the KC (with all 5 objectives) microscope lens provides primary magnification from 0.10-3.0X
- Lens Type: Objective Lens
-
Supplier: Qioptiq
Description: are optimized for use with Optem Micro-Inspection Lens Systems and A-Zoom Probing Microscopes, but feature M26 x 36T threads for integration versatility with many metallurgical microscopes and industrial inspection systems. Long working distances High Performance M26x0.706 mm
- Field of View: 0.1000 to 3.2 mm
- Lens Type: Objective Lens
- Magnification: 2 to 50 X
- Numerical Aperture: 0.0550 to 0.6000 NA
-
Supplier: Flexbar Machine Corporation
Description: Auxiliary Objective Lens
-
Supplier: Shanghai Optics
Description: . Microscope objectives are typically composed of multiple lens elements and located closest to the object. Microscope objectives include infinite conjugate (infinite corrected) and finite conjugate, and these lenses are available in a range of magnifications from
- Lens Type: Objective Lens
- Magnification: 40 X
- Numerical Aperture: 0.6500 NA
- Optical Type / Correction Factor: Achromatic, Plan
-
Supplier: Universe Kogaku (America) Inc.
Description: Universe manufactures a full line of objectives and eyepieces for microscopy and other applications. 4x through 100x are in stock, as well as 60x long-working-distanc e objectives. They are all glass achromatic designs and can be used as fiber couplers, spatial
- Lens Type: Eyepiece Lens
- Magnification: 20 X
- Numerical Aperture: 0.4000 NA
- Working Distance: 2.1 mm
-
Supplier: Mad City Labs, Inc.
Description: The Nano-F3D is an objective lens piezo nanopositioner designed to provide the unique capability of moving a lens in all three axes (XYZ). Simultaneous, three axis motions of up to 100 microns can be accomplished with sub-nanometer positioning resolution. As with all Mad City
- Axis Configuration: X-Y-Z Axes
- Carriage Load: 1.1 lbs
- Drive Specifications: Other
- Motor Specifications: Other
-
Supplier: DigiKey
Description: Eyepiece 50x
- Lens Type: Eyepiece Lens
- Magnification: 50 X
-
Supplier: Newport MKS
Description: The 50102-02 Reflective Microscope Objective is a 36x magnification Reflective Microscope Objective with a back focal length of infinity. Newport Reflective Microscope Objectives are reverse Cassegrains following the Schwarzschild design. Accordingly, they have zero
- Lens Type: Other
- Microoptic: Yes
-
Supplier: Shanghai Optics
Description: and are easy to align. A single ball lens is used to couple a laser beam to an optical fiber, while two ball lenses are used to couple two optical fibers. Other applications include objective lenses for endoscopy or optical sensors, and in the miniature optics used for
- Lens Application: Visible, Ultraviolet
- Lens Type: Ball Lens, Spherical Lens
-
Supplier: Piezosystem Jena, Inc.
Description: piezoelectric objective lens positioning system 100 µm adjustment range thread size W0.8x1/36" to M 27x0.75 easy to fix onto microscopes by Flex-Adapter very compact design parallelogram construction high resonant frequency
- Minimum Step Size (Resolution): 2.00E-4 µm
- Type: Z-Axis Stage
-
Supplier: Radiant Vision Systems
Description: : Accurate, reliable measurement of display luminance and chromaticity 5X microscope and add-on 2X teleconverter (converts 5X to 10X lens) Imaging for multiple data points, increasing measurement efficiency Magnification of details captured by high
-
Supplier: Newport MKS
Description: The 5726-C-H Aspheric Objective Lens is made with D-ZK3. It is 6.5 mm diameter, with 10x magnification and has focal length of 15.3 mm. This aspheric lens has a housing length of 10.5 mm with 5.0 mm clear aperture and a working distance of 13.98 mm. It is AR coated
- Antireflection Coating: Yes
- Center Thickness: 2.21 mm
- Diameter / Length: 6.5 mm
- Microoptic: Yes
-
Supplier: Qioptiq
Description: For mounting of round optics For quick and easy realization of optical systems as prototypes, models or small series Integration of unmounted optics with diameters 40 mm, 50 mm, 63 mm, 80 mm Compatible with Tube Mounting System C components by using adapters
- Adjustment Type: Fixed
- Diameter, Square Side, Rectangular Length, or Elliptical Major Axis: 40 to 80 mm
- Mounted Object Shape: Circular
-
Supplier: Meiji Techno America
Description: Super-widefield 5X eyepieces for use with all Meiji EM Series microscopes
- Lens Type: Eyepiece Lens
- Magnification: 5 X
-
Supplier: Knight Optical (UK) Ltd
Description: A single lens used to form an image will always show some chromatic aberration, that is variation of focal length with wavelength. Achromatic doublet lenses correct for this as they are constructed from two different glass types and designed to remove first order chromatic aberration.
- Diameter / Length: 25 mm
- Focal Length: 50 mm
Find Suppliers by Category Top
Featured Products Top
-
For ZYGO 3D Optical Surface Profilers The performance and capability of any optical profiler is largely dependent on the lens objectives it uses. Objectives determine the magnification, working (read more)
Browse Microscope Lenses and Objectives Datasheets for Zygo Corporation -
Case Study – 20X Objective Lens For Observing Blood (read more)
Browse Microscope Lenses and Objectives Datasheets for Avantier Inc. -
-Field 1X Relay Lens System Avantier has developed a high-performance, large-field 1X pupil relay lens featuring an externally accessible pupil. This non-focal, wide-field lens architecture allows scanning mirrors or fast steering (read more)
Browse Microscope Lenses and Objectives Datasheets for Avantier Inc. -
deliver shorter takt times Objective quantification is superior to subjective human inspection Faster, more accurate test analysis improves yield Available resolutions: 2-megapixel (1600 x 1200) 29-megapixel (6576 x 4384) 43 (read more)
Browse Photometers Datasheets for Radiant Vision Systems -
The Navitar SingleShot Super Wide Field 4K Imaging Lens combines the FOV of a macro lens with the resolution of a microscope objective, providing exceptional images for today's most demanding industrial and life science applications. Features: Exceptional 4K image (read more)
Browse Camera Lenses and Video Lenses Datasheets for Navitar, Inc. -
alignment algorithms and mechanisms for PIC photonics device test and manufacturing Fast steering mirrors for free space optical communications and laser beam control 6-DoF hexapod and piezo systems, for lens alignment, photonics device test, assembly, and packaging, and PIC R&D (read more)
Browse Robots Datasheets for PI (Physik Instrumente) L.P. -
Outgassing: Volatile materials (e.g., adhesives, lubricants, composites) release trapped gases and condensable vapors. These can contaminate sensitive optical surfaces (lenses, mirrors, star trackers), thermal radiators, and electrical (read more)
Browse Environmental Test Chambers and Rooms Datasheets for Guangdong Atmars Industry Co., Limited
More Information Top
Indicates content that may require registration and/or purchase.
-
FORMATION OF SURFACE DIAMOND-LIKE
NANOSTRUCTURES ON GRAPHITE
INDUCED BY HIGHLY CHARGED ION
IRRADIATION
Raman intensity maps (8 X 8 points) of the unannealed, unirradiated (top) and the unannealed, Sb22+ irradiated region of the sample (bottom) acquired using 600 lines/mm grating and a 50X objective lens ..
-
Effects of heated substrates on bimetallic thermal resist for lithography and grayscale photomask applications
In the case of the 50x objective lens , although the spot size would be smaller if only the objective were used, the biconvex lens allows the size of the laser spot to be smaller beyond the focus; allowing for proper coverage of…
-
Optical trapping with low numerical aperture objective lens
The three dimensional optical trapping of silica particles using 50x objective lens is shown in Fig 3.
-
Volumetric thin film thickness measurement using spectroscopic imaging reflectometer and compensation of reflectance modeling error
In Table 3, sample #3 is measured by spectroscopic imaging reflectometer with 10x, 20x and 50x objective lenses respectively, in order to find out the effect of the proposed equations with respect to the NA value.
-
Fracture Mechanics of Ceramics
The microindentation table, which was used to measure all indentations made by both machines, had a 50X objective lens with a 0.5 numerical aperture.
-
Locomotion of microspheres for super-resolution imaging
FIG. 1: (a) SEM image of the polymer sample deposited on a silicon substrate (b) Optical microscope image of the sample in air under 50x objective lens .
-
Imaging flow cytometer using computation and spatially coded filter
To accommodate the geometry of the microfluidic device, the laser beam is introduced to the optical interrogation site in the fluidic channel by a miniature 45-degree dichroic mirror positioned in front of a 50X objective lens (NA=0.55, working distance…
-
Three-dimensional deposition of silicon from silicate glass with dispersed metallic aluminum by a femtosecond laser
Figure 3 shows microscopic photographs taken through a 50X objective lens near the focal point immediately after focused irradiation [Fig.3(a)] and 10 and 30 min [Figs.3(b) and 3(c), respectively] after irradiation of the laser (wavelength, 800nm ; repetition…
-
ISTFA 2015 Proceedings from the 41st International Symposium for Testing and Failure Analysis
Figure 6: (a)Pulsed-LADA signal image acquired using 50X objective lens on logic region encircled in Fig. 3(c) .(b) Output pin waveforms for selected fail test cycles of interest under varying PW at 10 kHz. cycles 44144 and 44153.
-
Chondrocytes provide a model for in-situ confocal microscopy and 3D reconstructions
Optical sections a-c were scanned with a 50x objective lens (zoom 2) at 4, 6, 8, 10, 12 and 13 wn, respectively, below the surface of the cartilage.