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Used Marking Lasers
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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: Trotec Laser, Inc.Description: The Trotec Speedy 300 CO2 flatbed laser engraver is a premium-class laser engraver. This CO2 flatbed laser engraver can be used as a laser engraver or laser cutting machine. This laser engraver contains the most innovative design and components of the best quality. The Speedy 300 flatbed laser
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Supplier: South Bend Form Tool Co., Inc.Description: to the sense of touch) in the surface. This method allows for deeper engraving depths to provide a wide variety of visual appeal. This process is used when the material being engraved does not lend itself to the laser marking process, or when the item being engraved needs the added depth for visual appeal
- Marking Capabilities: Bar / Matrix Code, Certification / Regulatory Symbols, Logos / Graphics, Serial Numbers
- Materials: Metals, Plastics, Rubber, Composites
- Services Offered: CAD / CAM Support, Design Assistance, Prototype, Short Run, Production, Inspection / Quality Control
- Regional Preference: North America, United States Only, Midwest US Only
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Supplier: FOBA North AmericaDescription: The DP20GS and DP30GS end-pumped high-end systems are ideal for use when optimal laser beam quality and performance are required. They are especially suitable in the field of card and passport personalisation, in particular for the marking of ID cards with grey scale images, as well as for lacquer
- Materials Processed: Metal / Conductive Materials, Semiconductors / Electronics, Soft / Fibrous (Wood, Foams, Textiles), Tissue / Medical
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Supplier: Universal Laser Systems, Inc.Description: using two of our 75-watt lasers. In addition to the basic capabilities of the machine, there are a number of patented Uniquely Universal features that are only available from Universal Laser Systems. These include Laser Interface+ and Rapid Reconfiguration; Dual Laser Configuration, Super Speed
- Laser Type: CO2
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Soft / Fibrous (Wood, Foams, Textiles), Other
- Unit Type: Work Station
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Supplier: ChemArt CompanyDescription: ChemArt has always been a major contributor to the Photo Chemical Machining (PCM) industry since its creation in 1976. Its founder, Richard Beaupre, was the originator of aqueous dry film photo resist used in PCM imaging applications. Currently, all dry film photo resists used in PCM applications
- Marking Capabilities: Bar / Matrix Code, Certification / Regulatory Symbols, Logos / Graphics, Serial Numbers
- Materials: Metals
- Services Offered: CAD / CAM Support, Design Assistance, Prototype, Short Run, Production, Inspection / Quality Control
- Regional Preference: North America, United States Only, Northeast US Only
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Supplier: World StarTechnologiesDescription: such as laser marking, lidar, optical tweezes, sensing, medical, scientific and other high growth applications. The output power is available from 1 W to 5 W. Singlemode, 1064 nm Ytterbium fiber lasers can also be used as an efficient pump sources for generating laser wavelengths in the visible
- Laser Type: Fiber Lasers
- Laser Output: Continuous Wave, Pulsed
- Laser Wavelength: Infrared
- Features: Polarized Output
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Supplier: GT Schmidt Marking SystemsDescription: The MicroLase™ Series Solid State Diode Pumped Nd:YAG Laser Engraving System is a complete laser marking system requiring no additional hardware or software. A laser diode source is used to excite the YAG crystal, producing a high quality laser beam, suitable for marking text, logos
- Type: Complete / Turnkey System
- Options / Components: Flying Optics / Guidance Module, Gantry System / XY Table, Laser System Enclosure
- Process / Operation: Laser Marking
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Tissue / Medical
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Supplier: RMI Laser, LLCDescription: of improved optical performance, better systems flexibility, high component yield, long uptime (100,000 hours MTBF, over 11 years) and improved reliability makes the RMI UF-20 Fiber Laser a value-added solution for your marking applications. The spot size of fiber lasers is small, predictable
- Type: Complete / Turnkey System
- Options / Components: Gantry System / XY Table, Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure
- Process / Operation: Laser Cutting, Laser Marking, Laser Welding
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Other
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Supplier: GT Schmidt Marking SystemsDescription: The MicroLase™ Series Solid State Diode Pumped Nd:YAG Laser Engraving System is a complete laser marking system requiring no additional hardware or software. A laser diode source is used to excite the YAG crystal, producing a high quality laser beam, suitable for marking text, logos
- Technology: Dot Matrix, Laser Marking
- Media Handling: Glass / Ceramics, Metals, Plastics, Semiconductors / Electronics, Textiles / Composites, Wood / Corrugated Paper, Irregular Surfaces
- Automation: Manual, Automatic
- Operation: Mechanical, Other
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Supplier: Control Laser CorporationDescription: Used with IR (1064nm) wavelength laser system and Accu-View diode pointer
- Technology: Laser Marking
- Media Handling: Metals
- Automation: Semi-automatic
- Operation: Electric
Featured Products for Used Marking Lasers Top
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laser marking around a circumference. LaserStar's CAD2 laser marking software provides complete coordination of all integrated systems. As a turnkey solution provider, LaserStar's Applications Specialists will evaluate your laser marking or laser engraving requirements, define the application goals and objectives, specify and verify the correct laser marking platform, and define a complete laser marking system configuration to accomplish the desired results. Laser Marking can be used for: Jewelry... (read more)Browse Laser Engraving and Laser Marking Machines Datasheets for LaserStar Technologies Corporation -
costs and are extremely flexible for a variety of applications. Microlase® diode lasers offer a small footprint making them extremely flexible for integration into your existing production line, or can be used in separate stand alone workstations. Diode Laser Systems: Offer excellent contrast marking on almost all metals, some plastics and composite materials. Virtually maintenance free, low operating costs and extremely flexible for a variety of marking and engraving applications. Marking... (read more)Browse Laser Engraving and Laser Marking Machines Datasheets for GT Schmidt Marking Systems
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configuration is extremely easy and only a keyboard and a display screen are required. Connection to the laser is available through USB connection. CO2 laser systems can be used to mark 2d barcodes, 2d data matrix, logos, or any sequence of characters and numbers on your parts and products. Marking data can be input manually, bar code scanned, or downloaded from your mainframe computer or network system. Laser Head Configuration. Air cooling (Support 100% duty). Beam Expander 2x (3x or 4x optional). OEM... (read more)Browse Laser Engraving and Laser Marking Machines Datasheets for GT Schmidt Marking Systems
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Capabilities. Schmidt Microlase® Diode lasers can be used for a variety of applications such as, deep marking, fine surface engraving or ablating (heat mark) where a very small amount of the material is removed such as a surface paint. Schmidt diode laser systems offers the ability to mark clean, clear, and accurately on a wide variety of materials such as, metals, glass, plastics, ceramics, silicon, and organics. Diode Laser Marking System Benefits. Schmidt Microlase®diode laser systems... (read more)Browse Laser Engraving and Laser Marking Machines Datasheets for GT Schmidt Marking Systems
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same telecentric lens to view the marking area and can be used to calibrate and adjust marking alignment. The camera port, concentric to the path of the laser beam, allows for zero angle distortion. Additionally, the built-in camera can be removed from the port and a standard C-mount camera system of the user's choice, can be installed. This allows for a vision system which can perform custom inspections that can be easily integrated with the system. The unique combination of power, accuracy... (read more)Browse Laser Engraving and Laser Marking Machines Datasheets for KEYENCE
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South Bend Form Tool uses their Signature Laser machine to generate the desired "Marking" effects on the surfaces of their customer's products, providing a permanent identification, be it a logo, part number, serial number etc. The laser can be set up to mark materials by discoloring the material leaving little or no tactile feel in the surface marked. This process is used to maintain the surface integrity while laser marking material coloration is dependent upon the material being marked... (read more)Browse Laser Marking and Laser Engraving Services Datasheets for South Bend Form Tool Co., Inc.
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High Speed Laser Marking Systems. • Mark on curved surfaces. • Batch part processing. • Fixturing kits. • Class I Enclosures. • 16 MB internal memory enables repetitive marking. • Available in 10, 15, & 20 Watts. Productivity. • 3 Year Warranty. • No Maintenance. • Air Cooled. • No Consumables. • Integration Support. Fast, clean, permanent marks on: • Metals. • Plastics. • Silicon. • Graphite. •... (read more)Browse Laser Engraving and Laser Marking Machines Datasheets for RMI Laser, LLC
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Some of the Automotive parts we mark and engrave include: Backlit Buttons. Dash Panels. Gauge Faces. Electronic Parts. Speciality Tools. Name Plates. Wiring Tags. Some of the materials commonly engraved in the Automotive Industry: Anodized Metals. Painted Metals. Plastics. Glass. Wood. Steel. Aluminum. When your parts are easy to identify--mistakes are reduced. Pat Printing Technol0gy specializes in laser marking services. If you need laser marking services for your automotive company, contact... (read more)Browse Laser Marking and Laser Engraving Services Datasheets for Pad Printing Technology Corp.
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interchangeable CO2 laser to open up the full breadth of organic material processing capabilities. 9.3 micron - CO2. Materials: Some plastics. Reconfigure the PLS6MW with a specialized 9.3 micron pre-aligned interchangeable CO2 laser for excellent results on certain highly-functional plastics. Multi-Wavelength. Materials: Some complex materials, including mirrored acrylic, adhesive-backed foils and some plastics. The multi-wavelength functionality of the PLS6MW can be used to accomplish some tasks... (read more)Browse Laser Engraving and Laser Marking Machines Datasheets for Universal Laser Systems, Inc.
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and thicknesses are available including standard 50 micron and thin 25 micron label stock. Laser marking requires no ink to make an almost indelible high resolution mark so the process can be used in a wide range of industries. Commonly used polymer labels such as those based on PET films are not suitable for high resolution laser printing because they have warpage problems and poor print quality caused by the high heat of the laser. On the other hand, the laser marking label developed by using... (read more)Browse Plastic Sheet and Plastic Film Datasheets for Victrex plc.
Parts by Number for Used Marking Lasers Top
| Partb # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| 24562 | Amazon | Brady Worldwide, Inc. | Industrial & Scientific | Brady LAT-177-124 7.9" Width x 0.475" Height, B-124 Non-Adhesive Paper, Matte Finish White Laser Printable Insert (Pack of 180) |
| 24555 | Amazon | Brady Worldwide, Inc. | Industrial & Scientific | Brady LAT-177-124-BL 7.9" Width x 0.475" Height, B-124 Non-Adhesive Paper, Matte Finish Blue Laser Printable Insert (Pack of 180) |
Conduct Research Top
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Fiber Laser Marking - Colour Marking
. The specific material grades and surface finishes can have an impact on the marking process as can the thickness of the material. 1997 Profile. Fiber Laser Marking - Colour Marking. Introduction: Benefits of Laser Marking: The use of lasers for colour marking is not new. Lasers offer some clear advantages over
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Fiber Laser Marking of Plastic
and Colour Range. and offer a range of built in features, such as. laser on/off dwell, to help maximise mark quality. and productivity. Marking using ink requires a lot of space in the. working area due to the need for a high quantity. of ink cartridges. Moreover, the ink used consists. of hazardous toxic
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Laser Marking Fundamentals (.pdf)
Lasers are the best solution for marking plastics, as many inks either have difficulty adhering to them or quickly wear away, and many labels simply will not stick. Other processes produce unclear marks or require post-process operations. Laser marks generally require no post-process finishing
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Laser-Marking Technology (.pdf)
. We make the input devices that control the OEM products that operate the world. Dominant User Interface Mark Types. A. Ablation. Annealing. Color Change and Discoloration. (mainly used in plastics). The Advantages of Laser Marking. · Lower cost. · Increased production speed and throughput
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The Progress of Industrial Laser Marking (.pdf)
. being designed for specific purposes according to wavelength, beam spot diameter, pulse. width and frequency. Not only has the technology advanced significantly, but the number of. uses for laser marking has spread into nearly every sector of manufacturing. Today, lasers. are used for marking text
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Fiber Laser Marking of Plastic: ABS
the paper in a paper tray of a. manufacturer's name or trademark, etc. printer. As it may be seen from the list above, ABS is. widely used is different industries, and laser. marking has proved itself very rapidly in these. industries. Benefits of Laser Marking: Lasers offer some clear advantages
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Featured Application: Laser Marking Plated Steel
features news and information from Synrad, and highlights some of the interesting materials and products that are processed daily by Synrad's line of CO2 lasers and marking heads. Featured Application: Laser Marking Plated Steel. CO2 lasers are widely used in steel marking applications. This particular
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Featured Application: Laser Marking Curved or Cylindrical Surfaces
SYNRAD's sealed CO2 lasers are used in a variety of industrial processes including cutting, welding, drilling, and marking. This news brief features news and information from Synrad, and highlights some of the interesting materials and products that are processed daily by Synrad's line of CO2
Engineering Web Search: Used Marking Lasers Top
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Laser - Wikipedia, the free encyclopedia
Red (635 nm), green (532 nm), and blue-violet (445 nm) lasers
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List of applications for lasers - Wikipedia, the free...
In astronomy, lasers have been used to create artificial laser guide stars, used as reference objects for adaptive optics telescopes.
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Oxford Lasers | Complete Laser Solutions
Oxford Lasers Complete Laser Solutions Fully automated laser micromachining systems for laser drilling, cutting, marking and micro machining.
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ROFIN.COM - www.rofin.com - Industry leader for...
Diode Lasers Ultrashort Pulse Lasers Lasers for Marking Diode Lasers Ultrashort Pulse Lasers Lasers for Marking
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Featured Application: Marking Stainless Steel Multi-Tools On...
SYNRAD's sealed CO2 lasers are used in a variety of industrial processes including cutting, welding, drilling, and marking.
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Lasers Information on GlobalSpec
CO2 lasers are used in cutting, welding, etching, and marking applications.
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Electrox designs, develops and manufactures laser marking...
Laser marking workstations provide applications to integrate into existing production lines or used as part of a turnkey solution.
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