Fetura Advanced Zoom Lens System

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1 Fetura Advanced Zoom Lens System High-Performance, Programmable 12.5:1 Zoom Imaging Fetura represents the performance apex of zoom optical lens technology. With a unique linear-rail optomechanical design Fetura s unprecedented performance translates into noteworthy productivity and economy gains for high-volume automated imaging applications. On board micro processer self contained zoom imaging programmability. A modular design provides configuration and performance flexibility to meet a wide range of optical imaging requirements. With its unmatched speed, endurance, reliability and precision, Fetura is the next generation lens for the ever-increasing rigors of automation and manufacturing. Base Configuration (1X with no Aux. Lens) (@ Low Mag.) (@ High Mag.) Magnification Range 0.52X 6.5X Numerical Aperture Resolution 58 lp/mm 300 lp/mm Depth-of-Field 1.5 mm mm Working Distance 89 mm 89 mm FOV (1/3 Camera) 6.92 x 9.23 mm 0.55 x 0.74 mm FOV (1/2 Camera) 9.23 x 12.3 mm 0.74 x 0.98 mm FOV (2/3 Camera) 12.7 x 16.9 mm 1.02 x 1.35 mm FOV (1 Camera) 18.5 x 24.6 mm 1.48 x 1.97 mm Min. Configuration (0.375X X Aux. Lens) (@ Low Mag.) (@ High Mag.) Magnification Range 0.035X 0.44X Numerical Aperture Resolution 11 lp/mm 55 lp/mm Depth-of-Field 46.0 mm 1.7 mm Working Distance 468 mm 468 mm Max. Configuration (2.0X + 20X HR Obj.) (@ Low Mag.) (@ High Mag.) Magnification Range 10X 125X Numerical Aperture Resolution 555 lp/mm 1800 lp/mm Depth-of-Field mm mm Working Distance 13 mm 13 mm

The Fetura Advantage 02 STANDARD DEVIATION (%) Fetura Advanced Zoom Lens is a selfcontained, programmable zoom optical system which represents the performance apex of zoom optical lens technology.

ensures consistent repeatability precision throughout an impressive 1-million zoom cycles. Fetura experiences virtually no repeatability fall-off across 1-million zoom cycle testing run. 0.00 % 0.

20 % Conventional 12X zoom lens Fetura Advanced Zoom Lens 0 250,000 500,000 750,000 1,000,000 ZOOM CYCLES Magnification Repeatability The linear-rail design further maintains this performance

9-Times Longer Service Life = Added Value Fetura s endurance translates to an extended service life well beyond 1-million zoom cycles.

2 The Fetura Advantage 02 STANDARD DEVIATION (%) Fetura Advanced Zoom Lens is a selfcontained, programmable zoom optical system which represents the performance apex of zoom optical lens technology. The unique electronic, linear-rail optomechanical design offers a number of distinct operational advantages Innovative Precision and Durability The unique linear-rail design and robust engineering ensures consistent repeatability precision throughout an impressive 1-million zoom cycles. Fetura experiences virtually no repeatability fall-off across 1-million zoom cycle testing run % 0.05 % 0.10 % 0.15 % 0.20 % Conventional 12X zoom lens Fetura Advanced Zoom Lens 0 250, , ,000 1,000,000 ZOOM CYCLES Magnification Repeatability The linear-rail design further maintains this performance consistency in any orientation of the Fetura lens (vertical, horizontal or inverted) and withstands vibration and acceleration of 1G for up to 50Hz. 9-Times Longer Service Life = Added Value Fetura s endurance translates to an extended service life well beyond 1-million zoom cycles... a feat that would exhaust as many as nine conventional motorized zoom lenses*. Fetura s extreme durability translates into an operational cost nearly 1/3 that of nine conventional motorized zoom lenses for extreme applications. Unmatched Zoom Imaging Throughput The unique linear rail design combines with synchronized lens cell motors to propel Fetura across its 12.5:1 optical zoom range in under one second. This unprecedented optomechanical speed removes the zoom imaging bottleneck and makes Fetura the ideal solution for the growing demands of highrepetition machine vision. Streamlined Integration Sustained precision across its extended service life reduces compensation engineering and calibration software provisions during front-end integration. Fetura s Pulse control software is now 64-bit compatible for Windows 7 environments and affords intuitive interface and offers an SDK for streamlined assimilation with your system control, image processing and recognition software. Precision in Any Orientation * Results of comparative service life testing of Fetura and conventional 12X motorized zoom lenses.

Zoom and Function Modules Precision Programmability Equipped with an on-board micro processor, Fetura can be programmed to 1000 zoom magnification positions across an expansive 12.

02% magnification repeatability and centration repeatability within 1 pixel.

Modular Flexibility Designed to maximize versatility, Fetura can be configured with a variety of components to alter optical performance, focus function, illumination and physical configuration.

When configuring your Fetura Lens System, you will need to select from the following Lower Module options to integrate the lighting and focus functions of your system (see System Diagram p. 10-11).

3 Zoom and Function Modules Precision Programmability Equipped with an on-board micro processor, Fetura can be programmed to 1000 zoom magnification positions across an expansive 12.5:1 optical zoom range. closed-loop optomechanics constantly monitor and adjust lens cell position to eliminate zoom backlash and ensure 0.02% magnification repeatability and centration repeatability within 1 pixel. Fetura can maintain these tolerances for accelerations up to 1G@ 50Hz in any orientation, making it the ideal zoom optical solution for high-speed automated environments. Modular Flexibility Designed to maximize versatility, Fetura can be configured with a variety of components to alter optical performance, focus function, illumination and physical configuration. Lower Function Modules Fetura is designed to integrate with the full range of Optem Zoom 125C lower function modules. When configuring your Fetura Lens System, you will need to select from the following Lower Module options to integrate the lighting and focus functions of your system (see System Diagram p ). Basic Module Internal Focus Module (motor avail.) Coaxial Illumination Module Internal Focus Coaxial Illumination Module (motor avail.) Imaging Versatility from Micro to Macro... If you require optical added magnification outside the normal envelope of Fetura (see Oblique and Coaxial Performance Charts p. 6-7), you can integrate Optem Long-Working Distance Objectives using one of four Objective Lower Function Modules (see Objectives Performance Chart p. 8-9). All are equipped with M26 x 36T threads to accept Optem and micro image Mitutoyo Objectives. An RMS thread adapter is available for Nikon and Olympus Objectives. When extended working distances and broader fields-of-view are required, integrate the new Infinity Macro Lens accessory below a manual or motorized Fine- Focus Lower function Module. This versatile accessory converts your Fetura Lens from micro-imaging at close working distances to a powerful macro-imaging lens covering broad fields-of-view at working distances from 50mm to infinity (see Performance Chart p. 7). 03

Illumination Options 04 Illumination Options The Fetura Lens System offers a variety of illumination options to meet a variety of imaging requirements.

.. coaxial (vertical) or oblique (ring light) illumination. Coaxial Illumination Options Coaxial (or vertical) illumination is most useful on highly reflective objects.

Coaxial illumination is recommended when integrating objectives into your system for added magnification.

4 Illumination Options 04 Illumination Options The Fetura Lens System offers a variety of illumination options to meet a variety of imaging requirements. Using field-proven Optem illumination components, you have two basic types of illumination which can be integrated with your Fetura Lens System... coaxial (vertical) or oblique (ring light) illumination. Coaxial Illumination Options Coaxial (or vertical) illumination is most useful on highly reflective objects. Coaxial Illuminators project cool, white light perpendicularly onto the specimen for exceptional contrast and field uniformity. Coaxial illumination is recommended when integrating objectives into your system for added magnification. Select from one of several coaxial-equipped lower function modules when specifying your Fetura lens system and integrate one of three coaxial illumination options. Fiber Optic Coaxial Illuminators Integrate coaxial illumination from you choice of either 110V or 220V Optem VSI Fiber Optic Illuminators using flexible 40- or 60-inch flexible fiber bundles. LED Coaxial Illuminators Programmable 1-Watt LED Coaxial Illuminators offer reduced power requirements and heat generation with substantial service life gains. LED Coaxial illuminators are available in straight and right-angle configurations to meet your specific space requirements, and feature compact designs and simplified cable management. These can be driven by stand-alone, singlechannel programmable controllers. Coaxial LEDs emit brilliant cool light in the visible spectrum and deliver virtually identical optical performance to our traditional Fiber Optic Coaxial Illuminator. 10W halogen Coaxial Illuminators When economy is high priority, Halogen light sources are available with a 6V Variable Transformer (110V / 220V). Polarized Light When imaging highly reflective subjects, Polarizer Modules with built-in Analyzers are available to introduce polarization to both LED and Fiber Optic Coaxial Illumination paths. Oblique Ring light Options Dark Field or Oblique Illumination is generally used on 3-D objects to cast light rays at an angle onto the object, thus better defining its surface profile. Fetura offers the following dark field illuminators for the Fetura Lens System. Fiber Optic Ring Lights Oblique Ring light Illumination is ideal to better define features of dimension rich subjects. Driven with the same VSI Fiber Optic Illuminator as conventional coaxial systems, Optem Ring lights feature optional horizontal, vertical and Objective configurations.

Motorization and Macro Lens Accessory Motorizing Focus Functions While the Fetura Lens Module itself features selfcontained zoom automation, your Fetura Lens System can be configured with

Infinity Macro Lens When extended working distances and broader fields-of-view are required, integrate the Infinity Macro Lens accessory below a manual or motorized Fine-Focus Lower function

A desktop rocker switch controller offers manual control and features an RS-232 port for automated computer control.

An OEM controller board version is available for streamlined integration.

5 Motorization and Macro Lens Accessory Motorizing Focus Functions While the Fetura Lens Module itself features selfcontained zoom automation, your Fetura Lens System can be configured with motorized focus functions by specifying a stepper or DC motor Focus Lower Function Module. (see System Diagram p. 11). Infinity Macro Lens When extended working distances and broader fields-of-view are required, integrate the Infinity Macro Lens accessory below a manual or motorized Fine-Focus Lower function Module. 05 STEPPER MOTOR The stepper motors provide accurate repeatability of focus using a Hall-effect sensor to set repeatable home position. A desktop rocker switch controller offers manual control and features an RS-232 port for automated computer control. Includes controller instructions with a list of RS-232 control commands, a Windows control program, and startup LabVIEW control program. An OEM controller board version is available for streamlined integration. This versatile lens accessory converts your Fetura Lens from micro imaging at close working distances to a powerful macroimaging lens covering broad fields-of-view at working distances from 55mm to infinity (refer to Performance Chart p. 7) (DB-25) OEM Controller Board (230V 50Hz) (EURO) (U.K.) (DB-9) (110V 60Hz) Junction Box To Computer Com Port ZOOM DC MOTOR DC motors provide continuous, fineadjustment control of focus via a desktop joystick controller.

6 06 Optical Performance - Substage/Oblique Illumination 2.0X Aux Lens WD: 32 mm 1.5X Aux Lens WD: 52 mm Base Configuration No Aux Lens required WD: 89 mm 0.75X Aux Lens WD: 114 mm 0.5X Aux Lens WD: 178 mm 0.25X Aux Lens WD: 310 mm 0.18X Aux Lens (No Spacer) WD: 468 mm Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag NA Res (lp/mm) Mag DOF (mm) X 1/3" 103 x x x x x x x x x x x x x x /2" 137 x x x x x x x x x x x x x x /3" 188 x x x x x x x x x x x x x x 1.81 NA Res (lp/mm) Mag DOF (mm) X 1/3" 76.9 x x x x x x x x x x x x x x /2" 103 x x x x x x x x x x x x x x /3" 141 x x x x x x x x x x x x x x 1.35 NA Res (lp/mm) Mag DOF (mm) /3" 57.7 x x x x x x x x x x x x x x X 1/2" 76.9 x x x x x x x x x x x x x x /3" 106 x x x x x x x x x x x x x x " 154 x x x x x x x x x x x x x x 1.48 NA Res (lp/mm) Mag DOF (mm) /3" 38.5 x x x x x x x x x x x x x x X 1/2" 51.3 x x x x x x x x x x x x x x /3" 70.5 x x x x x x x x x x x x x x " 103 x x x x x x x x x x x x x x 0.98 NA Res (lp/mm) Mag DOF (mm) /3" 25.6 x x x x x x x x x x x x x x X 1/2" 34.2 x x x x x x x x x x x x x x /3" 47.0 x x x x x x x x x x x x x x " 68.4 x x x x x x x x x x x x x x 0.66 NA Res (lp/mm) Mag DOF (mm) /3" 19.2 x x x x x x x x x x x x x x X 1/2" 25.6 x x x x x x x x x x x x x x /3" 35.3 x x x x x x x x x x x x x x " 51.3 x x x x x x x x x x x x x x 0.49 Max FOV at Low Mag (Dia.): 120 mm ø 86 mm ø 54 mm ø 36 mm ø 27 mm ø 18 mm ø 14 mm ø -- FOV Limited by vignetting at low mags. Approximate maximum illuminated FOV given as diameter above.

Optical Performance - Auxiliary/Coaxial Illumination 2.0X Aux Lens 29-20-41-000 WD: 32 mm 1.5X Aux Lens 29-20-40-000 WD: 52 mm Base Configuration No Aux Lens Required WD: 89 mm 0.

7 Optical Performance - Auxiliary/Coaxial Illumination 2.0X Aux Lens WD: 32 mm 1.5X Aux Lens WD: 52 mm Base Configuration No Aux Lens Required WD: 89 mm 0.75X Aux Lens WD: 114 mm NOTE: 0.18X, 0.25X and 0.5X Aux Lenses are not recommended for use with coaxial illumination Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag NA Res (lp/mm) Mag DOF (mm) X 1/3" 18.5 x x x x x x x x /2" 24.6 x x x x x x x x /3" x x x x x x 1.35 NA Res (lp/mm) Mag DOF (mm) /3" 13.8 x x x x x x x x X 1/2" 18.5 x x x x x x x x /3" 25.4 x x x x x x x x 1.01 Optical Performance Infinity Macro Lens Accessory 1" x x x x x x 1.48 NA Res (lp/mm) Mag DOF (mm) /3" 9.23 x x x x x x x x X As configured with 1X 1/2" 12.3 x x x x x x x x /3" 16.9 x x x x x x x x x x x x x x " 24.6 x x Working Distance Auxiliary Lens Mag. NA mm mm mm mm mm mm 0.08 Res (lp/mm) Mag DOF (mm) /3" 6.15 x x x x x x x x X 1/2" 8.21 x x x x x x x x /3" 11.3 x x x x x x x x " 16.4 x x x x x x x x 0.66 NA Beyond 500 mm, the lens can be thought of as a video lens w/focal lengths and f# as follows: Res (lp/mm) Mag DOF (mm) EFL Low EFL High F# Low F# High 1/3" 4.62 x x x x x x x x X 500 mm m m-infinity /2" 6.15 x x x x x x x x /3" 8.46 x x x x x x x x " 12.3 x x x x x x x x 0.49 Max FOV at Low Mag (Dia.): 11 mm ø 18 mm ø 14 mm ø 11 mm ø -- FOV Limited by illumination at low mags. Approximate maximum illuminated FOV given as diameter above. -- Not recommended due to significant illumination losses throughout entire zoom range. 07

Optem Long-Working Distance Infinity-Corrected Objectives Achieve significantly higher magnifications and increased resolution while maintaining maximum working distance to your subject for increased

When integrating objectives onto your Fetura Lens System, You will need to specify one of four Objective Lower Function Modules (see System Diagram p. 10-11).

8 Optem Long-Working Distance Infinity-Corrected Objectives Achieve significantly higher magnifications and increased resolution while maintaining maximum working distance to your subject for increased working space around your subject. Combine your Fetura Lens with the expanded line of Optem Long Working Distance (LWD), Infinity-Corrected Objectives. When integrating objectives onto your Fetura Lens System, You will need to specify one of four Objective Lower Function Modules (see System Diagram p ). 08 Optem M-Plan APO, s Eliminate chromatic aberration across exceptionally flat fields for the ultimate in high-magnification accuracy. Select from 2X, 5X, 10X, and 20X Long- Working Distance Objectives. These objectives are exact replacements for Mitutoyo 378 series objectives and are ideal for metrology applications. LWD Infinity-Corrected M-Plan APO Objectives 2X M Plan APO, LWD X M Plan APO, LWD X M Plan APO, LWD X M Plan APO, LWD Optem High-Resolution, s Specifically designed to capture maximum resolution at the high-end magnifications of Optem Zoom Lenses, the 5X, 10X and 20X Optem HR Objectives are ideal for applications where distinguishing every finite detail is critical. LWD Infinity-Corrected Hi Res Objectives 5X High-Resolution, LWD X High-Resolution, LWD X High-Resolution, LWD

9 Optical Performance - Objectives with Coaxial Illumination 20X High-Res WD: 13 mm 10X High-Res WD: 19 mm 5X High-Res WD: 34 mm 20X M Plan APO WD: 20 mm 10X M Plan APO WD: 34 mm 5X M Plan APO WD: 34 mm 2x M Plan APO WD: 34 mm NOTE: 0.375X is not recommended for use with Optem Objectives Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag Low Mag High Mag NA Res (lp/mm) Mag DOF (mm) X 1/3" 14.4 x x x x x x x x x x x x x x /2" 19.2 x x x x x x x x x x x x x x /3" 26.4 x x x x x x x x x x x x 0.28 NA Res (lp/mm) Mag DOF (mm) X 1/3" 10.8 x x x x x x x x x x x x x x /2" 14.4 x x x x x x x x x x x x x x /3" 19.8 x x x x x x x x x x x x x x 0.21 NA Res (lp/mm) Mag DOF (mm) /3" 7.21 x x x x x x x x x x x x x x /2" 9.62 x x x x x x x x x x x x x x /3" 13.2 x x x x x x x x x x x x x x " 19.2 x x x x x x x x x x x x x x 0.21 NA Res (lp/mm) Mag DOF (mm) /3" 4.81 x x x x x x x x x x x x x x X 1/2" 6.41 x x x x x x x x x x x x x x /3" 8.81 x x x x x x x x x x x x x x " 12.8 x x x x x x x x x x x x x x 0.14 NA Res (lp/mm) Mag DOF (mm) /3" 3.61 x x x x x x x x x x x x x x X 1/2" 4.81 x x x x x x x x x x x x x x /3" 6.61 x x x x x x x x x x x x x x " 9.62 x x x x x x x x x x x x x x 0.10 Max FOV at Low Mag (Dia.): 11 mm ø 4.7 mm ø 2.2 mm ø 0.8 mm ø 4.8 mm ø 2.2 mm ø 1.1 mm ø -- FOV Limited by illumination at low mags. Approximate maximum illuminated FOV given as diameter above. -- Not recommended due to significant illumination losses throughout entire zoom range. 09

How to Specify Your Fetura Lens System 10 To specify your Fetura Lens System identify the parameters of your application and select the modular components which deliver the optimum imaging solution.

10 How to Specify Your Fetura Lens System 10 To specify your Fetura Lens System identify the parameters of your application and select the modular components which deliver the optimum imaging solution. STEP 1. Determine the Field-of-View (FOV) you require by choosing your intended camera format (1/3, 1/2, 2/3 etc.), and using the dimensions of that camera format to calculate the optical magnification required (see camera dimensions below): Optical Mag. = Camera dimension (mm) FOV desired (mm) STEP 2. The Fetura base configuration consists of the Fetura Zoom, a Basic Lower Function Module and a 1X, (no Aux. Lens required), yielding an optical magnification range of 0.52X - 6.5X. Given your optical magnification requirement from STEP 1, determine if your needs fall into the base configuration range of 0.52X - 6.5X. If you require higher than 6.5X optical magnification, you can add an Auxiliary Lens with a magnification factor greater than 1X, AND/OR you can choose a with a magnification factor greater than 1X (keeping in mind that Aux. Lenses affect the working distance of your system and s do not). Referring to the Optical Performance Charts (p. 6-9), you can select the best combination of Aux. Lens (if necessary) and to best meet the parameters of your application. STEP 3. Select the USB or RS 232 Fetura Lens (see System Diagram, opposite page). Select the Lower Function Module: Lower Function Modules to integrate the features and functions desired in your lens system which include: coaxial illumination, internal focus, focus motorization and objectives integration (see System Diagram, opposite page). STEP 4. When completed, you will have identified the following four components required for your functional Fetura Lens System: 1) 2) Fetura Zoom Lens 3) Lower Function Module 4) Auxiliary Lens (if needed). Useful Formulas & Definitions Camera Chip Dimensions (mm): /4" CHIP 1/3" CHIP 4.8 Depth-of-Field (DOF): The axial depth of the space on both sides of the object plane within which the object can be moved without objectionable loss of sharpness. DOF = l NA 2 l = Wavelength of Light (Green Light = mm or 550nm) Magnification: The ratio of image size to actual object size /2" CHIP 6.6 Optical Mag. = Camera Chip dim. Field-of-View (FOV) Electronic Mag. = Monitor Diag. Camera Diag /3" CHIP " CHIP Numerical Aperture (NA): A measurement of the light collecting ability of the lens. A higher NA translates to a brighter image, better resolution, and shallower depth-of-field. Resolution: The ability to distinguish or separate fine detail. Expressed in line pairs per millimeter (lp/mm). Numerical Aperture (NA) is the controlling factor over resolution...the higher the NA, the brighter the image, and the better the resolution. Visual Resolution (lp/mm) = 3000 X NA 1 lp/mm = Approx. microns (µ) resolved Vignetting: The blockage of rays from off-axis object points by constraining apertures. Vignetting results in the darkening of the corners on your monitor.

11 Fetura System Diagram CAMERA VSI 110 ILLUMINATOR 110 VOLT / 150 WATT VSI 220 ILLUMINATOR 220VOLT / 150 WATT Microscope Stand Mounting Clamps mm O.D. for OLYM., NIKON, LEICA mm O.D. for UNITRON mm O.D. for API "C" MOUNT COUPLER Color Key Optical Path Illumination Path Electrical Lower Function Module Power Supply & Controls mm O.D. for MEIJI STEPPER MOTOR FLEX BUNDLE FLEX BUNDLE Standard Dovetail Tubes X TUBE X TUBE X TUBE X TELE TUBE X TUBE X TUBE X TUBE Short Dovetail Tubes X SHORT TUBE X SHORT TUBE Mini Dovetail Tube X MINI TUBE STEPPING MOTOR DRIVER HALL EFFECT SENSOR JUNCTION BOX STEPPING MOTOR O.E.M. BOARD mm ADAPTER FIBER OPTIC LAMPHOUSE USB COMM & POWER SUPPLY (90-264V 47-63Hz) USB-2 To PC POWER CORDS (specify one) (N. AMER) (EUR.) (UK.) INCLUDES USB ZOOM LENS FETURA PULSE CONTROL SOFTWARE RS232 ZOOM LENS INCLUDES RS232 COMM & POWER SUPPLY (90-264V 47-63Hz) RS232 To PC (specify one) POWER CORDS (N. AMER) (EUR.) (UK.) UNIV. TRANSFORMER ( V, 50-60Hz) (N. AMER CORD) (EUR CORD) (UK CORD) DC MOTOR DC MOTOR DRIVER 11 included with Fetura Lens POLARIZER RIGHT ANGLE COAX ADAPTER V TRANSFORMER V TRANSFORMER Lower Function Modules Lower Function Module Power Supply & Controls SINGLE-CHANNEL PROGRAMMABLE LED CONTROLLER Illumination STRAIGHT 1-WATT COAXIAL LED BASIC MODULE mm FOCUS W/ANALYZER 5mm FOCUS DC MOTOR FOCUS W/ANALYZER DC MOTOR FOCUS STEP MOTOR FOCUS W/ANALYZER STEP MOTOR FOCUS NO FOCUS W/ANALYZER NO FOCUS mm FOCUS DC MOTOR mm FOCUS STEP MOTOR SENSOR mm FOCUS MANUAL /6 VOLT VARIABLE /6 VOLT VARIABLE WATT HALOGEN LAMP HORIZONTAL RING LIGHT RIGHT-ANGLE 1-WATT COAXIAL LED HALOGEN LAMPHOUSE Illumination FIXED MAG/WD RING-LIGHT ADAPTER RIGHT-ANGLE RING LIGHT ADAPTER MALE/FEMALE THREAD 0.5X AUX LENS MALE/FEMALE THREAD 0.75X AUX LENS NOTE: yields a reversed image, and reduces effective working distance by 48mm x32T - M25x0.75T ADAPTER /4 WAVE PLATE Auxiliary Lenses X / 0.25X CONVERTIBLE X AUX. LENS X AUX. LENS X AUX. LENS X AUX. LENS x 32T x 36T 1.437x32T M26 x 36T OBJECTIVE ADAPTER OBJECTIVE ADAPTER mm x 36T OBJECTIVE ADAPTER NIKON/OLYMPUS mm M26 x 36T OBJECTIVE ADAPTER MITUTOYO OBJECTIVE RING LIGHT Magnification INFINITY MACRO LENS NOTE: Must remove lens from Lower Function Module before integrating Objective Adapters and Objective Optem s X M PLAN APO X M PLAN APO X M PLAN APO X M PLAN APO X HIGH-RES X HIGH-RES X HIGH-RES

12 2.8 in (71.0 mm) TOP 5.38 in (136.6 mm) BACK FOCUS 6.15 in, ±0.01 (156.2 mm ±0.2) Ø 1.31 in (Ø 33.3 mm) PROFILE 0.98 in (25 mm) 2.22 in (56.3 mm) M6.0 mm x 1.0 (4X) Your Key to Photonic Innovation... Ø 0.98 in (Ø 25.0 mm) BOTTOM 2.80 in (71.0 mm) Qioptiq serves a wide variety of applications across the industrial manufacturing sector. With a rich history of delivering innovative photonic components, modules and instruments to integrators, engineers and OEMs, we also offer custom-tailored photonic solutions to maximize the potential and capabilities of tomorrow s many processes and industrial manufacturing systems in (71.0 mm) 1.18 in (30.0 mm) TO OPTICAL CENTER...and Manufacturing Advancement OBJECTIVE END MINI-USB CONNECTOR RS232 COMMUNICATIONS (NOT SHOWN) WEIGHT: 1.6 LBS. (726gms) CAMERA END 12V DC POWER CONNECTION For technical information Qioptiq photonics@qioptiq.com North America Qioptiq, Inc. Fairport, NY USA Toll free: Tel: (585) Europe Qioptiq Photonics GmbH Göttingen, Germany Tel: Asia Pacific Qioptiq Pte Ltd. Singapore Tel: Copyright 2011 Qioptiq, Inc. All rights reserved , ed k Printed in the USA Due to our on-going commitment to excellence in serving our customers, all specifications herein are subject to change without notice.

Optem Zoom 70XL 7:1 Micro-Inspection Zoom Lens System

Optem Zoom 70XL 7:1 Micro-Inspection Zoom Lens System The Optem Zoom 70XL is specifically designed to stand up to the grueling conditions of automated imaging. The XL stands for Xtended Life backed by