SUPERIOR QUALITY IMAGING OPTICS FOR ANY APPLICATION
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SUPERIOR QUALITY IMAGING OPTICS FOR ANY APPLICATION

Table of Contents Capabilities . . . . . . . . . . . . . . . . . . . . . . . .3 Lens-Sensor Integration . . . . . . . . . . . . . . . . .4 Imaging Lenses Resolv4K . . . . . . . . . . . . . . . . . . . . . . . . 6 SingleShot . . . . . . . . . . . . . . . . . . . . . . . 14 Zoom 6000 . . . . . . . . . . . . . . . . . . . . . . . 16 Optotune Module . . . . . . . . . . . . . . . . . . . 22 12X Zoom . . . . . . . . . . . . . . . . . . . . . . . 24 12X Telecentric . . . . . . . . . . . . . . . . . . . . 26 DIC Module . . . . . . . . . . . . . . . . . . . . . . 32 Zoom Accessories/Combinations . ....

NAVITAR FAMILY OF COMPANIES Providing Integrated Imaging Systems for Every Application Special Optics Denville, New Jersey specialoptics.com Navitar Rochester, New York navitar.com Pixelink Ottawa ON Canada pixelink.com

Capabilities Optomechanical Design System Engineering Optical Design • Structural Design • Materials Selection • Athermalization/Ruggedization • Lens Mounting & Positioning • Precision Centration • Zoom/Focus Mechanisms • Custom System Interfaces • Accurate Assembly/Alignment • Design for Manufacturability • Lens Optimization • Performance Modeling • Image Simulation • Finite Element Analysis • Illumination Analysis • Stray Light Analysis Custom Industrial Design • Semiconductor Front-End Equipment • Semiconductor Back-End Equipment • Electronic Inspection Equipment • Factory Automation...

ACTIVE ALIGNMENT Active Alignment of Actively aligning a lens to a sensor will provide superior performance and greater consistency, compared to those that are passively aligned. Lens-Sensor Integration Active alignment of a lens and sensor enables accurate, cost-effective production of high resolution, precision camera modules. The alignment process ensures the full capability of the lens and sensor are carried over to the completed module. Smaller pixels and larger sensors are driving the need for fast, high resolution lenses. Meeting these high quality demands, yet maintaining a...

Lens & Sensor Maximum Performance Our process will evaluate the image that is generated by the sensor, determine if any dead pixels exist and make adjustments with 6 degrees of freedom. This level of accuracy would not be possible by relying on the machine tolerances of each of the components. Measures of Accuracy Alignment DOF (Degrees of Freedom): 6 Alignment DOF Resolution: < 0.1 µm Pitch & Roll Accuracy: < 2 arcmin Yaw Accuracy: < 360arcsec Mechanical Lens to Sensor Centration: < 2 µm Modules Per Hour: 120 Benefits of Active Sensor Alignment This is where active alignment comes into the...

Greater Throughput The Resolv4K Lens Series was designed from first order principles to maximize the usage of a sensors with higher pixel densities. Numerous adapter options allow users to employ a range of sensors from 1/2” through APS formats and beyond. On the front end of the zoom lens attachments give users the best of both worlds; the low mag end of zoom gives wide fields of view with no sacrifice in MTF or loss of illumination, while the high mag end delivers microscope objective like resolution at extremely long working distances. Increased FOV 400% - 600% Larger CAMERA The Resolv4K...

& Larger Field of View Greater Resolution Resolv4K’s higher NA, along with its superior aberration correction, gives more precise measurement capabilities than ever. Even comparing a 4.5X zoom point to a 7X mag system, the exceptional quality of the Resolv4K design delivers superior performance, as shown in the black to white transitions in the edge spread functions below. System performance holds up all the way to the corner of the sensor, so multiple regions of interest can be set regardless of their location in your FOV. Your edge detection software will notice the difference. 12X Zoom @...

Resolv4K Zoom Field of View Matrix Lens Attachment Rear Adapter Mag Ideal Camera Format Pixel Resolution W.D. (mm) Format NOTE: Coax and fine focus options all maintain same FOV, resolution, and working distance, subject to adequate lighting The above fields of view are measured diagonally in millimeters (Horizontal = Diagonal x 0.8 and Vertical = Diagonal x 0.6) on a 4:3 aspect ratio sensor. Dark Gray box: Contact your Navitar sales repres

Resolv4K Field of View Matrix with HR Objectives (mm) Rear Adapter Mag Objective Lens Ideal Camera Format Resolve Limit Pixel Resolution Mag. 2/3” Sensor 1” Sensor 1.1” Sensor 4/3” Sensor 32mm Mag. 2/3” Sensor 1” Sensor 1.1” Sensor 4/3” Sensor 32mm Mag. 2/3” Sensor 1” Sensor 1.1” Sensor 4/3” Sensor 32mm Mag. 2/3” Sensor 1” Sensor 1.1” Sensor 4/3” Sensor 32mm Mag. 2/3” Sensor 1” Sensor 1.1” Sensor 4/3” Sensor 32mm Mag. 2/3” Sensor 1” Sensor 1.1” Sensor 4/3” Sensor 32mm Navitar Objective Lens Pixel Resolution Mag. 2/3” Sensor 1” Sensor 1.1” Sensor 4/3” Sensor APS Mag. 2/3” Sensor 1” Sensor...

The new Resolv4K Fixed system is a combination of the superb optical performance of the Resolv4K Zoom and design principles of our Precise Eye Fixed that is ideal for fixed field of view applications with closer working distances. The Resolv4K Fixed lens offers higher magnification and resolving power than standard enlarging or SLR lenses in macro mode. • High apertures improve resolving power by 30% at familiar working distances • Available interface modules allow users to build their system specifically for their needs • Standard large camera format options • Compatible with 10MP cameras...

Greater Field of View Navitar’s Resolv4K Series offers so much more resolving power, that a 400-600% larger field of view is possible when compared to traditional zoom imaging, without any loss of detail. No need to stitch together multiple images from multiple captures. 12X Zoom at Low Mag with 2/3” 2MP sensor 18.4mm Resolv4K Zoom at Low Mag with 0.5X Lens Attachment and 8.9MP sensor Resolv4K has 2.4X horizontal FOV for 476% more total FOV area covered 44.2mm 13.6µm wide transition from full off to full on. 9.6µm wide transition from full off to full on, a 30% improvement even at a...