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Supplier: PI (Physik Instrumente) L.P.
Description: Integrates Seamlessly with PI Piezo-Z Stages or PIFOC® Objective Scanners Extremely Fast Laser Based System Works with Microscopes from Industry Leaders
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Supplier: Jiangyin Deli Laser Solutions Co., Ltd.
Description: Up to 800×600mm working area size Minimum line width of 1μm A variety of configurations to suit the demands of different jobs 3D exposure ability A variety of alignment methods Auto-focus function Customizable system design Graphical control system
- Type: Complete / Turnkey System
- Options / Components: Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure, Monitoring Sensors / System
- Laser Operation: Laser Marking
- Workpiece Material: Metal / Conductive Materials, Semiconductors / Electronics
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Description: Y.0201-DN comes with an integrated vision system for increased precision and up to 80 percent less scrap due to marking, and with up to 50 percent shorter process times.* This makes the new high-precision fiber laser marker the new benchmark for the repeatable layered color and paint
- Cutting / Traverse Speed: 47,244.0944881889 in/min
- Laser Output Power: 20 watts
- Marking Area Length: 12.0866207 inch
- Marking Area Width: 12.0866207 inch
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Supplier: WDI Wise Device Inc.
Description: WDI's Laser Auto-Focus ATF6 sensor is an active optical device (incorporating a class II semiconductor laser) designed to provide focusing servo systems with fast feedback signals needed to quickly and accurately focus all types of infinity corrected microscopes.
- Automation / Control: CNC Control
- Type: Component / Subsystem
- Laser Type: Diode
- Laser Operation: Micromachining / Trimming
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Supplier: Nutfield Technology
Description: post-objective scan heads, like Nutfield Tech’s 3-axis Contour. With only one moving part, BLINK offers exceptional reliability and service life when compared to traditional taut band actuators. Contact Nutfield Technology for assistance with identifying a solution for your laser application.
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Supplier: WDI Wise Device Inc.
Description: The WDI Laser Auto-Focus ATF5 sensor is an active optical device (incorporating a semiconductor laser) designed to provide focusing servo systems with fast feedback signals needed to quickly and accurately focus all types of infinity corrected microscopes.
- Type: Component / Subsystem
- Laser Type: Diode
- Automation / Control: Manual Workstation
- Laser Operation: Micromachining / Trimming
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Supplier: Nikon Metrology
Description: technology, and TT L laser autofocus. It allows both 2D and height measurements in the same field of view. The Confocal NEXIV VMZ-K6555 is used for the inspection and measurement of critical dimensions of highly complex structures on advanced semiconductor devices, probe cards,
- Applications: Electronics or Semiconductor Inspection
- Image Source: Optical Microscope
- System Type: Turnkey / Complete System
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Supplier: Mad City Labs, Inc.
Description: C-Focus™ systems provide an automatic means to eliminate microscope focus drift over long time periods. Unlike autofocus systems which require use of advanced microscopes with internal focus correction or external devices which track video signals or reflected laser
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Supplier: PI (Physik Instrumente) L.P.
Description: Complete system with digital controller, software and M32 QuickLock thread insert Travel range 2000 µm Sensor resolution 0.5 nm Highly dynamic step-and-settle for Z stacks Further thread adapters as optional accessory PIFOC® objective scanning system for microscopy Optimized for large
- Minimum Step Size (Resolution): 2,000 µm
- Stage Type: Motorized Stage, Z-Axis Stage
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Supplier: LexJet Corporation
Description: with excellent shadow detail. And, an AutoFocus optics system, when activated, adjusts the focus for capturing clear, precise images every time. The full-version LaserSoft Imaging™ SilverFast® Ai 6 is a high-end stand alone scanning and color reproduction application that offers master
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Supplier: PACE
Description: Featuring a (patented) aperture system to control and precisely apply the heat to protect adjacent components. The IR 3000 features a 500 W long wave top heater and a 1000 W long wave bottom heater. The standard PC software is the most advanced available on any rework system. Custom
- Features: Accessory / Other
- Process Capability: Soldering Equipment
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Supplier: Handheld
Description: Integrated speaker & microphone Integrated GPS SiRF III with Instant Fix II Camera Integrated 3 megapixel camera with autofocus and LED Flash Barcode Scanner Integrated laser 1D barcode scanner Optional 2D Imager Options Desktop cradle, standard Vehicle mount 12V Vehicle charger
- Speed: 806 MHz
- RAM: 0.256 GB
- Display Size: 3.5 inch
- Operating Temperature: -4 to 131 F
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laser source, electronics and scanning technologies. NEXGEN ultra-compact turnkey fiber laser marking system is perfect for short-run production environment. It is is efficient, reliable, and easily integrated into manufacturing and production operations. NEXGEN LASER MARKER’s (read more)
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MARKER is an ultra-compact turnkey laser marking system designed for high-quality marking on a variety of metals, coated surfaces, and ceramics. NEXGEN’s MOPA laser technology combined with intelligent autofocus capabilities enables (read more)
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next-generation, ultra-compact turnkey marking system built on advanced MOPA fiber laser, electronics, and high-speed scanning technology. Designed for short-run and precision manufacturing environments, it offers seamless integration into production lines with high efficiency and reliability. Powered (read more)
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Frameless optical computer-aided tracking of a microscope for otorhinology and skull base surgery.
To integrate a digitally controlled operating microscope without a laser autofocus system into a frameless optical computer-aided surgery system and to test the accuracy and usability of this system in otorhinological surgery.
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Product News
This program allows scanned data provided by the laser autofocus system to be plotted quickly, accurately, and reliably in a three-dimensional format, then 3D shape analysis and 2D cross-section analysis can be performed.
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Advanced Optical Overlay Measurement System
In order to test the stability of the laser autofocus system , a test was performed where the focus system was turned off and on between each .
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Focus Compensation Techniques For Reconnaissance
a result, the shift in focal length oscillates back and forth, (see figure 5) thus requiring a sophisti- cated compensation technique such as the laser autofocus system .
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Performance data obtained on a next-generation mask metrology tool
The LMS IPRO uses TV autofocus system in addition to a laser autofocus system (LAF).
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Performance data obtained on a new mask metrology tool
The system uses a TV autofocus system in addition to the laser autofocus system (LAF).
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JAMA Network | JAMA Otolaryngology–Head & Neck Surgery | Frameless Optical Computer-Aided Tracking of a Microscope for Otorhinology and Skull Base Surgery
Objectives To integrate a digitally controlled operating microscope without a laser autofocus system into a frameless optical computer-aided surgery system and to test the accuracy and usability of this system in otorhinological surgery.
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Laser autofocusing: A sliding mode approach
This paper presents an application of sliding mode to the laser autofocusing system .
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Design and characterization of high-performance autofocusing microscope with zoom in/out functions
Y. Liron, Y. Paran, N.G. Zatorsky, B. Geiger, Z. Kam, Laser autofocusing system for high-resolution cell biological imaging.
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Assurance of monoclonality in one round of cloning through cell sorting for single cell deposition coupled with high resolution cell imaging
The imager had a laser autofocus system for a single autofocus in the center of each well of the plate before imaging to ensure that a cell in the well bottom focal plane is captured in the image.