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Laser Scanning Equipment
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Laser processing equipment uses high-powered lasers to cut, trim, perforate, weld, or join a variety of materials in plate or sheet form.
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Supplier: Control Laser CorporationDescription: Laser scanning station allows non-contact measuring and data-logging
- Type: Complete / Turnkey System
- Options / Components: Gantry System / XY Table, Laser Optics / Beam Delivery, Other
- Process / Operation: Other
- Automation / Control: CNC Control
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Supplier: Cambridge Technology, Inc.Description: Cambridge Technology’s field-proven Dynamic Focusing Module provides the ultimate in flexibility. Whether your application requires a larger scanning field than can economically be provided by a F-theta lens, or a dynamically changing focal plane to follow contours, or to focus at varying
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Supplier: Bruker Nano Surfaces DivisionDescription: The Innova atomic force microscope provides more performance and flexibility at a greater value than any other SPM. The proprietary closed-loop scan delivers noise-levels that approach those of high-end, open-loop systems and offers a wide range of functionality for physical, materials, and life
- Measurement Capability: 2D / Line Profiles, 3D / Areal Topography
- Technology: Non-contact - Optical / Laser
- Industrial Applications: Semiconductor Manufacturing
- Mounting / Loading: Benchtop
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Supplier: WDI Wise Device Inc.Description: The ATF4 sensor provides an auto focusing servo system with fast feed back signals needed to accurately focus almost every type of infinity corrected microscopes. It projects a reference laser spot through the microscopes own objective lens. The sensor determines direction and measures the distance
- Type: Component / Subsystem
- Options / Components: Monitoring Sensors / System
- Process / Operation: Micromachining / Trimming, Other
- Materials Processed: Semiconductors / Electronics
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Supplier: LasitUSA/LaserCutDescription: Supplied with a 2-axis scanning unit or with a 3-axis scanning unit
- Laser Type: CO2
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Soft / Fibrous (Wood, Foams, Textiles)
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Supplier: ShapeGrabberDescription: : 120 or 220 VAC, 50/60 Hz Laser: Class II - Eye Safe Enclosed scan head Protective cover protects against dust Included with Every System Scanning platform that includes a high precision linear rail, rotary table, motor and controller, a frame and all required cables SG102 Scan Head
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Supplier: Leister USADescription: •Quasi-simultaneous or contour scanning •Laser beam focused to a spot•Great flexibility•Gap filling possible•High speed and high accuracy•Suitable for small series and mass productio
- Beam Delivery Component: Laser Head / Focusing Unit
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Supplier: Epsilon Technology Corp.Description: technology. A digital display is included. The analog output may be used to connect to existing test controls. The RS-232 serial communications interface provides two way communications. Operation may be local or remote. The scanning beam is always perpendicular to the specimen, unlike most laser
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Supplier: Equipment Solutions, Inc.Description: The Series URS scanner was developed for applications requiring a compact scanner capable of delivering precise, high performance scanning at lower drive power, URS can help you downsize your equipment, improve its performance and lower the cost of your optical scanning systems. Although
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Supplier: ZBA, Inc.Description: The ZBA A-51M laser scan module delivers superior scanning performance in an easy-to-integrate unit. The high-performance single-line laser scan engine yields 500 scans per second for quick and accurate reads even on relatively fast moving objects. The A-51M supports multiple interfaces including
Featured Products for Laser Scanning Equipment Top
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As the number of large area, web feed and remote applications that use laser processing is growing exponentially, Cambridge Technology's 3-Axis Scanning Systems are gaining more and more popularity in the marketplace due to their: large field of view. small spot size. ability to scan pre-defined 3D surfaces. ability to use high power lasers. Compared to mechanical processes, laser processing using 3-Axis Scanning provides improved flexibility, quality, setup time and throughput. The advantages... (read more)Browse Laser Processing Equipment Datasheets for Cambridge Technology, Inc. -
Cambridge Technology's General Scanning Solutions group announces,3-axis scan heads to provide system designers with a cost effective solution for large field scanning requirements or applications that requires a large scan aperture to achieve a small focused spot size. As field size or scan aperture increases, the size and cost of a flat-field lens rises exponentially. Through the use of a unique high-speed dynamic focus module, 3-axis scan heads eliminate the need for this expensive optic... (read more)Browse Laser Processing Equipment Datasheets for Cambridge Technology, Inc.
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Laser Welding from Joining Technologies. Joining Technologies performs ultra-high precision welding for demanding applications using the most modern laser equipment available today. Our experienced laser welding engineers have the knowledge and skills to create the most critical surgical instruments, sensor assemblies and other precision devices. Employing the latest in motion control and high-speed beam scanning, we're able to produce precision welds at incredible speeds that simply aren't... (read more)Browse Laser Welding Services Datasheets for Joining Technologies / Laser Joining Technology
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Micro laser welding has countless applications in nearly all areas of manufacturing, including electronics, automotive systems, aerospace and medical devices. Many applications such as guide wires, cutting tools, pacemakers, hearing aids and much more. Joining Technologies performs ultra-high precision welding for demanding applications using the most modern laser equipment available today. Our experienced laser welding engineers have the knowledge and skills to create the most critical... (read more)Browse Laser Welding Services Datasheets for Joining Technologies / Laser Joining Technology
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As a leader in advanced laser scanning technology, OSI-LS has developed a sophisticated range of products to track and analyze traffic across a range of applications. In addition, the company is also an Idris ® Technology Partner, specializing in the design, deployment and integration of the Idris Toll and Traffic Management products. Together, the AutoSense and Idris products provide our customers with the most advanced and versatile technology designed to support a multitude of applications... (read more)Browse Datasheets for OSI Optoelectronics
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The Microtrak Pro 2D is an industrialized high-speed laser sensor that utilizies the latest CCD laser triangulation technology for precise profile measurements. Unaffected by surface texture, color or stray light; the Microtrak PRO-2D Laser Measurement System is ideal for solving tough production applications throughout a variety of industries. Please visit the link for Microtrak Pro 2D for more information. Applications include: Quality Control. Pipeline welding. Production Control. Gap... (read more)Browse Optical Triangulation Position Sensors Datasheets for MTI Instruments Inc.
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Laser Sensor Displacement & Position Measurements from MTI Instruments. High Speed Laser System utilizing the Latest CMOS / CCD Technology. The Microtrak II features state-of-the-art CMOS laser triangulation sensing technology for precise measurements of displacement, position, vibration and thickness. Unaffected by surface texture, color or stray light, the Microtrak II is ideal for solving tough production measurement applications throughout a variety of industries. Click here to visit... (read more)Browse Optical Triangulation Position Sensors Datasheets for MTI Instruments Inc.
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ShapeGrabber 3D scanner technology provides documented proof that manufacturers are meeting specifications by providing NIST-traceable data and accurate 3D laser scans of complex-shaped parts. These include plastic injection molded parts, castings, stampings and more. ShapeGrabber 3D laser scanners are very easy to use because there is no need to write special code to scan each object. They are also very fast, capturing millions of data points in just minutes to represent the true and full... (read more)Browse Dimensional and Profile Scanners Datasheets for ShapeGrabber
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The ShapeGrabber Ai810C 3D laser scanner system is ideal for quickly scanning parts that vary in size and shape. Features. Performs automated inspection in minutes as opposed to hours. Integrates the acquisition, auto alignment and inspection process. Offers GD &T reports. Provides full 3D quality control. Includes Go/No Go capability. Compatible with a wide variety of materials and colors. Works in all normal lighting conditions. Creates digital inspection reports that can be saved... (read more)Browse Dimensional and Profile Scanners Datasheets for ShapeGrabber
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efficiency. Reduce equipment downtime. Reduce material waste. Reduce human inspection error. Increase customer retention by shipping fewer defects. Increase customer satisfaction by providing proof that specs are met... (read more)Browse Dimensional and Profile Scanners Datasheets for ShapeGrabber
Parts by Number for Laser Scanning Equipment Top
| Partb # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| 1000231 | PLC Radwell | Trienco | Bar Code Equipment, Bar Code Scanner Hand Held | LASER SCANNING HEAD |
| L723 | PLC Radwell | Hamar Laser Instruments | Test Equipment, Testing Laser Beam System | TRIPLE SCAN LASER WITH BASE |
| BL500SO7034 | PLC Radwell | Keyence Corp | Bar Code Equipment, Bar Code Scanner Industrial | BARCODE READER LASER SCAN |
Conduct Research Top
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3D Laser Scanning: Benefits and Paybacks for Industrial Plant Design, Construction and Operation (.pdf)
documentation based on laser. scanning has resulted in myriad collateral benefits ranging from the ability to perform better simulation. of asset and equipment performance for training purposes, better visualization to coordinate multiple. engineering disciplines and craft construction, better
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Automated Low Cost 3D Scanning
of reference patterns onto the scan object. • The scene is captured using 1 or 2 cameras. cameras • 3D scanning software processes the images from the cameras to acquire the data needed to create a q 3D model. • Compared to a laser scanner, it takes a full view of the object instead of using laser beam. i d
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Uses and Advances of Computed Tomography in the 3D Scanning of Industrial Parts (.pdf)
as an alterna-. tive to 3D laser scanning. A 3D CT reconstruction appeared to be a good fit to. fulfill the goals of this project for many reasons. CT. scans nondestructively provide excellent resolution. www.3DScaNNiNgTechNologieS.com. ©2008 3D Scanning Technologies Magazine. All rights reserved
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Laser Assembly of Microfluidic Devices (.pdf)
. implications relating to the rapid heating and cooling of. between mask and welding part will be minimized. The. plastic during the welding process. The key factors in. laser welding process is carried out by scanning of laser. establishing the desired welding accuracy are not only. source over the mask
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Digitize this: Big machines get laser scanned
that contact the car body need highest detail. Laser scanning also comes in handy because "a lot of machine builders don't supply 3D CAD geometry with their equipment. They might deliver 2D drawings but there isn't enough information in them to build 3D models. In fact, they often contain only the overall
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Smart Computing Article - Troubling Printing & Scanning
Good manufacturers make driver installations easy for you. This example shows Samsung's laser printer driver instructions. Somewhere between the paper tray and the output bin, a piece of paper has misfed and become gummed up in the printer's innards, stalling the printing process. There are two
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How to Cut a Workload in Half: The Handyscan 3D Scanning Technology (.pdf)
fitting. The new method considered involved the. 3D scanning of the tractor for the com-. This is how Équipements Hardy pur-. chased a Handyscan 3D laser scanner. From now on, they can go directly at the. client premises, scan the tractor on site. and design the mounting assembly by. computer
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Application Newsletter - Laser Marking Tools - What will they think of next?
to be marked on the plastic handle. Using a Laser Photonics FiberTowerTM Series marking system, equipped with a pulsed (1064nm, 1mJ @ 20kHz) high-powered, energy efficient fiber laser, scanning head and 160mm focusing lens, the FiberTowerTM, in one pass surface marked the sample in 95.78 seconds
Engineering Web Search: Laser Scanning Equipment Top
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Laser safety - Wikipedia, the free encyclopedia
Laser safety is safe design, use and implementation of lasers to minimize the risk of laser accidents, especially those involving eye injuries.
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Telecine - Wikipedia, the free encyclopedia
their products on video and allows producers to use video production equipment to complete their filmmaking projects.
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Safety and Health Topics | Laser Hazards
No specific standards regulate supermarket laser scanning equipment. Optical Radiation: Laser Protection. Discusses the types of personal protective
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Sam's Laser FAQ: Welcome Page
Basic laser principles, laser safety, general laser information, laser instruments and applications, laser and parts sources, laser discussion groups
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Xerox Extensible Interface Platform (EIP) Advanced Development...
Digital Printing Equipment Digital Presses Where to Buy Office Equipment Production Equipment
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Multifunction Printers and All-In-One Printers : Xerox Office
Digital Printing Equipment Digital Presses Where to Buy Office Equipment Production Equipment
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ShaRE
Scanning Electron Microscopes Scanning/Transmission Electron Microscopes ShaRE: Shared Research Equipment (ShaRE) User Facility
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Microscopy at UW-Madison | Research & service microscopy...
Confocal laser scanning microscopes (8) Scanning electron microscopes (5) Field-emission scanning electron microscopes (2)
