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Laser Beam 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: Aerotech, Inc.Description: The LaserTurn® 1 cylindrical laser machining system supports material from 0.1 mm to 7.9 mm in diameter, making it an ideal platform for the manufacture of cardiovascular and neural stents. The system can be configured for wet or dry cutting and includes options for material advance and bushing
- Type: Complete / Turnkey System
- Options / Components: Gantry System / XY Table, Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Rotary Table / Rotary Axis
- Laser Tube Cutting / Processing: Yes
- Pulsed / Q-switched: Yes
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Supplier: Videojet Technologies Inc.Description: The Videojet 3430 laser marking system is the fastest laser marker in its class and is ideal for high-speed applications or those requiring permanent, high quality, multi-line codes.
- Type: Complete / Turnkey System
- Options / Components: Galvanometer Scanner, Laser Optics / Beam Delivery
- Process / Operation: Laser Marking
- Materials Processed: Plastics / Non-conductive
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Supplier: Synrad, Inc.Description: Easily mounted to the faceplate of any Synrad laser, the Diode Pointer emits a visible red laser beam which, when coaligned with a CO2 laser beam, serves as an accurate and convenient alignment tool. This eliminates the need for cumbersome IR viewing instruments such as thermal image plates
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Supplier: Panasonic Electric WorksDescription: The latest evolution in FAYb laser markers, the LP-V10 features super high speed marking capability, more accurate marking, deeper marking and higher definition marking on tiny objects.
- Beam Delivery Component: Beam Expander, Beam Shutter / Dump, Beam Switching / Galvo Mirror, Fiber Optic Beam Delivery, Galvanometer Scanner, Guidance Module (Flying Optics), Laser Head / Focusing Unit, Pointing Diode / Beam Injector, Reflection Isolator
- Lens Focusing Optics: Yes
- Monitoring Sensors / System: Yes
- Laser Type: Fiber Laser, Other
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Supplier: KENTEK CorporationDescription: TRAP-IT™ Beam Dumps cover a broad spectrum of laser applications and handle them with unparalleled safety. Beam Dumps are available in a variety of sizes, in convection or water cooled models, and can be used with any type of laser. Call about our custom designed beam dumps!
- Beam Delivery Component: Beam Shutter / Dump
- Laser Type: CO2, Nd:YAG / Solid State, Diode, Fiber Laser, Other
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Supplier: GT Schmidt Marking SystemsDescription: Schmidt's MicroLase Systems adds two new laser markers to cover a greater range of marking applications. In addition to our DPSS (Diode Pumped Solid State) lasers, we now offer our new generation of 10 watt (specs) and 20 watt (specs) double clad fiber laser marking systems.These powerful marking
- Type: Complete / Turnkey System
- Options / Components: Fiber Optic / Cable Beam Guide, Laser Optics / Beam Delivery
- Process / Operation: Laser Marking
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Other
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Supplier: Universal Laser Systems, Inc.Description: HPDFO – High Power Density Focusing Optics (HPDFO) uses a patented method to expand the laser beam within the focusing carriage. This expansion allows the beam to be focused into a much smaller focal spot, suitable for intricate, tight-tolerance engraving and for direct marking on some metals
- Laser Type: CO2
- Process / Operation: Laser Marking
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Supplier: WDI Wise Device Inc.Description: This is the only commercially available microscope guaranteeing transmission of more then 80% for all four YAG laser harmonics: 266, 355, 532, and 1064nm - without compromising the review channel fidelity. The MIC4 microscope is instrumental in laser repair of TFT arrays over the wavelength ranging
- Beam Delivery Component: Guidance Module (Flying Optics), Laser Head / Focusing Unit, Specialty / Other
- Lens Focusing Optics: Yes
- Laser Type: Nd:YAG / Solid State
- Process / Operation: Micromachining / Trimming
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Supplier: Control Laser CorporationDescription: Multimode aperture with variable beam diameter
- Type: Complete / Turnkey System
- Options / Components: Gantry System / XY Table, Laser Optics / Beam Delivery, Laser System Enclosure
- Process / Operation: Laser Marking
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive
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Supplier: Miyachi Unitek CorporationDescription: LW300AH’s high-brightness design achieves significant increases in laser welding speed, and deeper penetration in laser weldable aluminum alloys: deep penetration, crack-free welds are possible using this innovative industrial laser design with weld speeds up to 3 times faster than
- Type: Component / Subsystem
- Options / Components: Fiber Optic / Cable Beam Guide, Laser Optics / Beam Delivery, Pointing Diode / Beam Injector
- Process / Operation: Laser Welding
- Laser Type: Nd:YAG / Solid State
Featured Products for Laser Beam Equipment Top
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Epilog Laser is releasing a new attachment exclusively for the Legend 36EXT. The Double Head Attachment allows for the laser system to engrave two identical products at the same time by splitting a single laser beam into two separate beams. The quick release, Double Head Attachment can be easily installed and removed from the laser and provides maximum production flexibility. It's almost like having another laser at a fraction of the cost due to the convenience and productivity of the Double... (read more)Browse Laser Processing Equipment Datasheets for Epilog Laser Corp. -
SpeedMarker CL - CO2 Galvo laser system offering Productivity and Flexibility... The SpeedMarker CL controls the position of the laser beam via rotating mirrors. Text, bar codes, data matrix codes and logos can be applied to a variety of materials. Typical cycle times can be less than 1 sec!. The SpeedMarker CL is best integrated into production lines. High marking speed. Can be easily integrated mechanically and electrically into existing production environments. Active stabilization of laser... (read more)Browse Marking and Engraving Equipment Datasheets for Trotec Laser, Inc.
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FiberStar Laser Marking Systems offer state-of-the-art technology with the highest laser beam quality and more than 50,000 hours of maintenance-free operation. High precision laser markings are achievable on almost any type of material including gold, platinum, silver, brass, stainless steel, carbide, copper, titanium, aluminum, as well as a wide variety of medical-grade alloys and plastics. Identification text, serial numbers, corporate logos, 2-D data matrix, bar coding, graphic and digital... (read more)Browse Marking and Engraving Equipment Datasheets for LaserStar Technologies Corporation
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. The Advantages of Laser Engraving. The laser uses a beam of light as the engraving tool, so no part of the machinery actually touches the material being engraved. Laser engraving produces a permanent, crisp, highly detailed mark, engraving images at up to 1200 dots per inch. The engraving quality is unmatched for reproducing graphics. Lasers provide an extremely fast way to customize your products. With a laser system, if you want to engrave multiple pieces, you can quickly create a jig to hold... (read more)Browse Laser Processing Equipment Datasheets for Epilog Laser Corp.
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produces the most uniform spot in the industry and is incorporated as standard equipment on the Mini 24, Helix and Legend 36EXT. 3) Smaller Spot Size: A smaller spot means you can produce finer detail in engraving and cutting applications. Just look at the detail in some of our samples - it's truly amazing!. 4) Higher Power Density: When a laser beam is focused to a smaller spot, its power density goes up because you have the same amount of power in a smaller area. This helps produce a deeper... (read more)Browse Laser Processing Equipment Datasheets for Epilog Laser Corp.
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Fiber laser technology produces a sharp, focused light beam that consistently melts a very small area of metal. The benefit of the technology is that very little heat is generated at the weld point allowing users to easily weld > 0.025mm from complex, heat sensitive, intricate parts while providing unparalleled parameter flexibility from 0 - 100% duty cycle. Designed to the highest standards of reliability, repeatability, and user safety, all FiberStar manual welding systems offer a factory... (read more)Browse Laser Processing Equipment Datasheets for LaserStar Technologies Corporation
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FiberStar Systems offer state-of-the-art technology with the highest laser beam quality and more than 30,000 hours of maintenance-free operation. High precision markings are achievable on almost any type of material including gold, platinum, silver, brass, stainless steel, carbide, copper, titanium, aluminum, as well as a wide variety of medical-grade alloys and plastics. Identification text, serial numbers, corporate logos, 2-D data matrix, bar coding, graphic and digital images, or any... (read more)Browse Marking and Engraving Equipment Datasheets for LaserStar Technologies Corporation
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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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The ALLPRINT LN100 Nd:YAG Laser Marking System delivers high speed marking up to 3,000 feet per minute and 1,300 characters per second. This system provides simple, flexible integration from modular design and selection of beam-turning units and the unique controller and user interface make set up and operation quick and easy. CLICK HERE TO LEARN MORE (read more)Browse Laser Processing Equipment Datasheets for Videojet Technologies Inc.
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of the Infinite Web. view press release. Watch Infinite Web ™ Video. Joining Technologies offers a spectrum of modern materials joining services. Focused on non-contact processes that include Laser, Electron Beam and Transferred Arc Welding, we will match your joining challenge with the appropriate process. Our highly evolved infrastructure is ideally suited to support your project from prototype through full production. Each member of our uniquely qualified staff is hand-picked, guiding... (read more)Browse Automation Equipment and System Integrators Datasheets for Joining Technologies / Laser Joining Technology
Parts by Number for Laser Beam Equipment Top
| Partb # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| 563028X532 | PLC Radwell | Special Optics | Test Equipment, Testing Laser Beam System | LASER BEAM EXPANDER |
| L123 | PLC Radwell | Hamar Laser Instruments | Test Equipment, Testing Laser Beam System | LASER BASE |
| SLC15MWCLEARHENE | PLC Radwell | Scientific Laser | Test Equipment, Testing Laser Beam System | LASER HELIUM NEON |
| L700 | PLC Radwell | Hamar Laser Instruments | Test Equipment, Testing Laser Beam System | SPINDLE ALIGNMENT LASER |
| R308 | PLC Radwell | Hamar Laser Instruments | Test Equipment, Testing Laser Beam System | MICROPLANE LASER SCANNER READOUT |
Conduct Research Top
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Wired 9.08: Beam On
, that's where the fiber has stopped. By forgoing the beam-reshaping equipment alone, the Novalux chip will reduce the price of a fully assembled fiber amplifier to as little as $2,000. Multiply that difference by the typical number of pump-laser assemblies used by telecom service providers (expected
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Wired 9.08: Beam On
for the small fact that until that point, such a device didn't exist. There were high-powered elliptical laser beams, and low-powered round laser beams. But there was nothing that was both geometrically pure enough to couple onto round optical fibers without the help of expensive beam-shaping equipment
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"Cold" Laser Beam Improves Arc Welding, Saves Money
-- little more than a Christmas tree light bulb. Albright thinks that once the technology is. "Cold" Laser Beam Improves Arc Welding, Saves Money OSU News Research Archive Search an archive of past research stories. Coverage of OSU Research Reports on national news coverage of university
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Laser Welding Plastics Using a Fiber Laser
be easily achieved. beam as used in these trials significantly. reduces the complexity of welding equipment. - Fiber laser costs on the basis of $ per Watt are. now comparable with those of flash-lamp. pumped and solid state lasers. - Plastics appropriate to the medical industry. have been shown
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Fast Steering Mirror Technology: Active Beam
. telecommunication equipment markets. It is routine in. Sources of Beam Misalignment. these markets to cut critical dimensions and alignment. Laser beam alignment can be characterized by essentially. tolerances in half every few years. Failure to meet this. two parameters--lateral displacement and angular mis
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New "window" of opportunity for e-beam welding
at high speed, jobs routinely done by YAG and CO2 lasers. E-beam processes are 50 to 90% more energy efficient than laser welding and drilling. Side-view cross section of 0.090-in.-deep weld in 316 stainless steel. Weld speed is 6 ipm. Weld width is 0.120 in. A 100% penetration weld through 0.125-in
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Micro-Joining With Electron Beam Energy (.pdf)
by laser energy sources. A primary reason is that the electron. beam energy formation and the control systems are relatively basic. when compared to the science and physics required for the precision. energy reproduction by lasers when used for welding. One of the. requirements to producing an electron
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The Self-Contained Thru-Beam Sensor - White Paper
. The self-contained thru-beam shown is easy to install. n Feed verification on automatic assembly. The sensors's rigid construction means that its emitter. equipment. and receiver are always in alignment and it needs only one. cable and no auxiliary electronics. If it's a laser version,. n Press
Engineering Web Search: Laser Beam Equipment Top
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Laser safety - Wikipedia, the free encyclopedia
A laser beam can be focused to an intensity on the retina which may be up to 200,000 times higher than at the point where the laser beam enters the
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Microphone - Wikipedia, the free encyclopedia
3.7 Laser microphone 3.8 Liquid microphone
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Safety and Health Topics | Laser Hazards
Optical Radiation: Laser Protection. Discusses the types of personal protective The laser produces an intense, highly directional beam of light.
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Current and reliable Optics & Photonics news stories
2010 Motorized Zoom Beam Expanding Telescope (ZBET), intended for use with JK604D drilling laser, remotely changes laser beam size and focus position
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ShaRE
The Shared Research Equipment (ShaRE) User Facility at the Oak Ridge National Laboratory (ORNL) is one of three Electron Beam Microcharacterization
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Synchrotron Radiation Center
Analytical equipment Beamline specifications Proposals are being accepted for beam time starting after July 9, 2012.
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Microscopy at UW-Madison | Research & service microscopy...
Confocal laser scanning microscopes (8) Preparatory equipment (13) Coaters (6)
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Laser Equipment, Laser Equipment Manufacturers, Laser...
Searches : laser machine , laser cutting machine , laser engraving machine , laser engraver , laser cutter , laser equipment , laser cutting , laser
