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Supplier: GT Schmidt Marking Systems
Description: 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
- Laser Output Power: Up to 30 watts
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Other
- Unit Type: Benchtop, Work Station, Specialty/Other
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Supplier: GT Schmidt Marking Systems
Description: 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
- Laser Output Power: Up to 200 watts
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Other
- Unit Type: Benchtop, Work Station, Specialty/Other
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Supplier: GT Schmidt Marking Systems
Description: 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
- Laser Output Power: Up to 100 watts
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Other
- Unit Type: Benchtop, Work Station, Specialty/Other
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Supplier: GT Schmidt Marking Systems
Description: 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
- Laser Output Power: Up to 50 watts
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Other
- Unit Type: Benchtop, Work Station, Specialty/Other
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Supplier: AMADA Weld Tech
Description: Miyachi Unitek's range of lasers and systems for marking and engraving may be utilized for almost any application requiring direct marking or machining. Suitable materials include metals, plastics, ceramics, organics such as wood and paper, and many others. Can you use
- Laser Type: CO2, Nd:YAG / Solid State, Fiber Laser
- Materials Processed: Metal / Conductive Materials
- Options / Components: Laser Optics / Beam Delivery
- Process / Operation: Laser Marking
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Supplier: Videojet Technologies, Inc.
Description: Videojet 3430 Laser Marking Systems - Exceptional Speed for Complex Tasks The Videojet 3430 is ideally suited for applications demanding fast and flexible data transfer and marking processes, such as beverage, brewing, food, packaging and extrusion applications.
- Automation / Control: Windows / PC Control
- Laser Type: CO2
- Materials Processed: Plastics / Non-conductive
- Options / Components: Galvanometer Scanner, Laser Optics / Beam Delivery
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Supplier: MECCO
Description: Are you looking for a laser engraving machine that's fast, efficient, and affordable? The all new LightWriter™ is an innovative laser marking system with a streamlined design for more economical laser marking. This tabletop workstation includes a powerful
- Laser Output Power: 20 watts
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive
- Options / Components: Laser Head / Focusing Unit, Laser Optics / Beam Delivery
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Supplier: Jiangyin Deli Laser Solutions Co., Ltd.
Description: Automatically adjusts loading mechanism to fit the size of the material Employs five sensors to ensure processing quality Linear motor for higher efficiency and stability Variety of laser source options to match different job requirements and ensure high-quality marking
- Automation / Control: Windows / PC Control
- Laser Type: CO2, Fiber Laser, Other
- Materials Processed: Metal / Conductive Materials, Semiconductors / Electronics
- Options / Components: Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure, Monitoring Sensors / System
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Supplier: MECCO
Description: SMARTmark Systems - our configurable laser equipment focused on delivering "Simplified Marking And Real-time Traceability" - are most often chosen by customers because of the product's capabilities and quality, as well as the quality of the mark it produces. Providing an
- Beam Delivery Component: Laser Head / Focusing Unit
- Diameter: 100 to 420 mm
- Focal Length: 97 to 494 mm
- Laser Output Power: 10 to 200 watts
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Supplier: Jiangyin Deli Laser Solutions Co., Ltd.
Description: Pulse width<18ns@30kHz Beam diameter20-30um() Marking area: 60mm×60mm-250mm×250m m Repetition accuracy±0.005mm Scanning speed0~5000mm/s Application materials and field Polymers, FPC, silicon wafer, glass, ceramic, sapphire, metals, key plastic, electrical component, communication
- Automation / Control: Windows / PC Control
- Laser Output Power: 3 to 10 watts
- Materials Processed: Metal / Conductive Materials, Semiconductors / Electronics
- Options / Components: Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Monitoring Sensors / System
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Description: The compact manual fiber laser marking machine FOBA M1000 has been designed for the high-quality laser marking of small parts, medium sized components and work pieces and batches. Among others, the M1000 is ideally suited for laser marking autoparts, medical
- Automation / Control: Windows / PC Control
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive
- Options / Components: Flying Optics / Guidance Module, Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure, Pallet / Shuttle Pallet
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Supplier: Jiangyin Deli Laser Solutions Co., Ltd.
Description: This machine is mostly used for marking on keyboard, circuit and plastic material, and also can be used as a normal marking machine, with 3D processing system researched by Delphi, to mark inside glass and sapphire. And also can cut and drill on glass and quartz whose thickness
- Automation / Control: Windows / PC Control
- Laser Output Power: 4 to 20 watts
- Laser Type: Nd:YAG / Solid State
- Materials Processed: Metal / Conductive Materials, Semiconductors / Electronics
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Description: The M-Series consists of advanced manually loaded laser marking workstations for the precise and economic processing of small, large and geometrically complex workpieces as well as small and large batches of parts. The M-Series is available in two sizes (M2000, M3000) and three model
- Automation / Control: Windows / PC Control
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive
- Options / Components: Flying Optics / Guidance Module, Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure, Pallet / Shuttle Pallet
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Description: Features: - 355nm violet wavelength, cold light source, suitable for marking on sensitive materials; - Air cooling without maintenance, long lifetime; - Excellent beam profile to achieve fine marking line; - Laser directly acting on molecular chain with maximum extend to
- Cutting / Traverse Speed: 16535 in/min
- Laser Output Power: 200 watts
- Process / Operation: Laser Marking
- Type: Complete / Turnkey System
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Supplier: Trotec Laser, Inc.
Description: The SpeedMarker 300 laser marking machine is equipped with a maximum marking area of 7.5" x 7.5" (190 mm x 190 mm) and wattage options ranging from 20W to 100W. These galvo marking lasers come with intuitive and sophisticated workflow software along with the
- 3D Laser Processing / 5-axis Machining: Yes
- Automation / Control: Windows / PC Control, Manual Workstation
- Cutting / Traverse Speed: 30000 in/min
- Laser Output Power: 20 to 100 watts
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Description: The M-Series consists of advanced manually loaded laser marking workstations for the precise and economic processing of small, large and geometrically complex workpieces as well as small and large batches of parts. For the integration of a UV-laser marking system,
- Automation / Control: Windows / PC Control
- Laser Type: Fiber Laser, Other
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Other
- Options / Components: Flying Optics / Guidance Module, Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure, Pallet / Shuttle Pallet
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Supplier: MECCO
Description: When your application demands razor-sharp marking with minimal surface disruption, MECCO's innovative Tiburon Laser Marking System is the answer. Tiburon's ultra-short pulses deliver three times the peak power of conventional fiber lasers. Metal surfaces vaporize
- Beam Delivery Component: Laser Head / Focusing Unit
- Diameter: 160 to 420 mm
- Focal Length: 184 to 554 mm
- Laser Output Power: 5 watts
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Supplier: Trotec Laser, Inc.
Description: The SpeedMarker Series lasers are designed for continuous operation in industrial environments and are ideal for marking metals and plastics. The SpeedMarker 50 laser marking machine comes equipped with an open laser safety class 4 system for ultimate
- Automation / Control: Windows / PC Control
- Cutting / Traverse Speed: 30000 in/min
- Laser Output Power: 20 to 100 watts
- Laser Type: CO2, Fiber Laser
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Supplier: Videojet Technologies, Inc.
Description: set the Videojet 7210 and 7310 fiber laser marking systems apart from the competition. The systems enable clear and direct fiber laser marking on a wide variety of different materials. • Smallest available standard and high resolution scan heads, with
- Automation / Control: Windows / PC Control
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics, Tissue / Medical
- Options / Components: Galvanometer Scanner, Laser Optics / Beam Delivery
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Supplier: Trotec Laser, Inc.
Description: The SpeedMarker 700 fiber laser marking machine comes equipped with a maximum marking area of 22.8" x 19.5" (580 mm x 495 mm,) and wattage options ranging from 20W to 100W. It is utilized for part marking in industries involving machine construction, automotive, or
- 3D Laser Processing / 5-axis Machining: Yes
- Automation / Control: Windows / PC Control, Manual Workstation
- Cutting / Traverse Speed: 30000 in/min
- Laser Output Power: 20 to 100 watts
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Supplier: Trotec Laser, Inc.
Description: The SpeedMarker 700RT (Rotary Table) comes equipped with a maximum marking area of 12.2" x 12.2" (310 mm x 310 mm) and wattage options ranging from 20W to 50W. With the addition of this galvo rotary table, cycle time is significantly decreased during laser marking of series
- 3D Laser Processing / 5-axis Machining: Yes
- Automation / Control: Windows / PC Control, Manual Workstation
- Cutting / Traverse Speed: 30002 in/min
- Laser Output Power: 20 to 50 watts
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Supplier: LaserStar Technologies Corporation
Description: The FiberCube® laser marking and laser engraving system is a compact, turnkey marking, engraving and cutting system that offers the benefits of a non-contact, abrasion-resistant, permanent laser mark, engraving, or cut onto almost any type of
- Laser Output: Pulsed
- Laser Power: 10000 to 100000 milliwatts
- Laser Type: Fiber Lasers
- Laser Wavelength: Infrared
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Supplier: MECCO
Description: Laser engraving highly reflective or thermal-sensitive materials can be challenging. These materials include glass, silicone, ceramic, and thin plastics and metals. Moreover, most "cold" laser solutions lack the power needed for fast marking. MECCO's 20W SmartMark® Green
- Laser Output Power: 20 watts
- Laser Type: Other
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive
- Options / Components: Laser Head / Focusing Unit, Laser Optics / Beam Delivery
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Supplier: LaserStar Technologies Corporation
Description: of industries and integration applications. FiberStar Fiber Laser Markers 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
- Laser Output: Pulsed
- Laser Power: 10000 to 100000 milliwatts
- Laser Type: Fiber Lasers
- Laser Wavelength: Infrared
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Supplier: LaserStar Technologies Corporation
Description: of industries and integration applications. FiberCube Fiber Laser Markers 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
- Laser Output: Pulsed
- Laser Power: 10000 to 100000 milliwatts
- Laser Type: Fiber Lasers
- Laser Wavelength: Infrared
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Supplier: Navitar, Inc.
Description: Cells Micro Drilling Laser Marking Lidar Systems Beam Condensing Remote Sensing Propagation Studies Collimation of Laser Harmonics Interferometers Collimation of High Power Lasers Special Optics is an ITAR registered company. Looking for a custom design?
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Supplier: LaserStar Technologies Corporation
Description: for a wide range of industries and integration applications. 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
- Materials Processed: Metal / Conductive Materials, Semiconductors / Electronics, Other
- Options / Components: Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure
- Process / Operation: Laser Marking
- Type: Complete / Turnkey System
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Supplier: Isotech, Inc.
Description: What started out as an ablation process for thin film conductive (ITO, Silver, and Carbon) has turned into an Ablation, Marking and engraving work-horse. Configured with a short focal length beam directed Galvanometer (Galvo) and coupled with the mass movement of a large gantry allows
- Process / Operation: Laser Cutting
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Supplier: Universal Laser Systems, Inc.
Description: Our exclusive line of patented CO2 Free-Space Gas Slab Lasers is designed specifically for the needs of laser cutting, engraving, graphic imaging and marking applications. Our lasers produce an excellent quality beam with even power distribution and good near and
- Laser Output Power: 75 watts
- Laser Type: CO2
- Process / Operation: Laser Cutting, Laser Marking
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Supplier: Universal Laser Systems, Inc.
Description: Our exclusive line of patented CO2 Free-Space Gas Slab Lasers is designed specifically for the needs of laser cutting, engraving, graphic imaging and marking applications. Our lasers produce an excellent quality beam with even power distribution and good near and
- Laser Output Power: 40 watts
- Laser Type: CO2
- Process / Operation: Laser Cutting, Laser Marking
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Supplier: Universal Laser Systems, Inc.
Description: Our exclusive line of patented CO2 Free-Space Gas Slab Lasers is designed specifically for the needs of laser cutting, engraving, graphic imaging and marking applications. Our lasers produce an excellent quality beam with even power distribution and good near and
- Laser Output Power: 60 watts
- Laser Type: CO2
- Process / Operation: Laser Cutting, Laser Marking
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Supplier: Universal Laser Systems, Inc.
Description: Our exclusive line of patented CO2 Free-Space Gas Slab Lasers is designed specifically for the needs of laser cutting, engraving, graphic imaging and marking applications. Our lasers produce an excellent quality beam with even power distribution and good near and
- Laser Output Power: 50 watts
- Laser Type: CO2
- Process / Operation: Laser Cutting, Laser Marking
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Supplier: Jiangyin Deli Laser Solutions Co., Ltd.
Description: four dimensional adjustment for automatic positioning CCD assisted automatic patter recognition Laser safety protection system Patented technology for beam shaping Dust collection system Process expert system Friendly operating interface with required languages
- Automation / Control: Windows / PC Control
- Materials Processed: Metal / Conductive Materials, Semiconductors / Electronics
- Options / Components: Laser Head / Focusing Unit, Laser Optics / Beam Delivery, Laser System Enclosure, Monitoring Sensors / System
- Process / Operation: Laser Marking
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Supplier: AMADA Weld Tech
Description: Addressing the demand for in-line manufacturing cells, Miyachi Unitek's range of in-line laser welding, marking, cutting, and bonding systems are designed for conveyer feed with gantry mounted equipment. Coordinated motion/part feed features SMEMA interfacing. Vision can be
- Materials Processed: Metal / Conductive Materials
- Options / Components: Laser Optics / Beam Delivery
- Type: Complete / Turnkey System
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Supplier: RMI Laser, LLC
Description: RMI’s Green Laser Marking system is perfect for marking difficult materials. With 3X power density and 2.5X the resolution of our standard laser marker, the green laser marking system is excellent for marking highly reflective metals,
- Automation / Control: Windows / PC Control
- Laser Output Power: 2 watts
- Laser Type: Nd:YAG / Solid State
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics
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Supplier: Laser 2000 GmbH
Description: CO2 laser produces an IR beam with a wavelength in the bands of 9.4 and 10.6 μm. CO2 lasers are relatively efficient and cost-effective, which is why they are mainly used in industrial material processing. The efficiency is about 15 to 20% The CLP
- Laser Output: Pulsed
- Laser Power: 20000 to 400000 milliwatts
- Laser Type: Carbon Dioxide Lasers
- Laser Wavelength: Infrared
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Supplier: RMI Laser, LLC
Description: Industrial Grade Laser Marking System for Cost Effective, Stand-Alone Operation or Mass Production Environments. RMI’s U-Series Laser Marking systems are ideal for high speed manufacturing environments where easy integration and low maintenance are the key
- Automation / Control: Windows / PC Control
- Laser Output Power: 10 watts
- Laser Type: Nd:YAG / Solid State
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Other
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Supplier: RMI Laser, LLC
Description: The RMI UM-1 Ultra-Compact Diode Pumped Nd:YAG laser marker is a very cost effective, turnkey, high performance system for marking and engraving applications. Ideal for small scale production environments. RMI’s Economy Laser Marking system delivers
- Automation / Control: Windows / PC Control
- Laser Output Power: 0.7500 watts
- Laser Type: Nd:YAG / Solid State
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Other
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Supplier: RMI Laser, LLC
Description: The U-Series Laser Marking Systems are ideal for high-speed production environments where easy integration and low maintenance are the keys to maximum uptime and high productivity. The U-Series models come in 10, 15, and 20 watts. Engraves up to .001'-.004" deep High
- Automation / Control: Windows / PC Control
- Laser Output Power: 20 watts
- Laser Type: Nd:YAG / Solid State
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Other
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Supplier: Nutfield Technology
Description: Nutfield Technology’s OEM Laser Kit will get your Universal CO2 galvo-based marking system up and running in minutes! To operate this XY2/100 galvo kit, Nutfield Tech offers a USB or Ethernet Control 1U platform. Nutfield Tech’s Pipeline Scan Controller will synchronize and
- Automation / Control: Windows / PC Control
- Beam Delivery Component: Beam Expander, Laser Head / Focusing Unit, Scan Lens
- Clear Aperture / Beam Diameter: 15 mm
- Laser Output Power: 25 to 75 watts
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Description: technology to electronics. All kinds of codes (QR codes, DMC / DataMatrix Codes, Barcodes), alphanumeric characters, logos and letterings are marked reliably and highly accurate with fiber lasers. The vision system which can be optionally integrated in the marking unit, features
- Automation / Control: Windows / PC Control
- Laser Output Power: 50 watts
- Laser Type: Fiber Laser
- Materials Processed: Metal / Conductive Materials, Plastics / Non-conductive, Semiconductors / Electronics
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Supplier: Nutfield Technology
Description: A Nutfield Tech nology’s Fiber Laser Scan Kit can turn your laser into a laser scanning system in less than half a day! When integrated with certain fiber lasers, our Fiber Laser Scan Kit streamlines the integration process, and provides support and service
- Automation / Control: Windows / PC Control
- Beam Delivery Component: Laser Head / Focusing Unit, Scan Lens
- Clear Aperture / Beam Diameter: 10 to 20 mm
- Laser Type: Fiber Laser
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Supplier: ProPhotonix, Ltd.
Description: Industrial laser diode modules are designed to be a complete OEM laser solution for heavy duty industrial manufacturing processes such as micro-machining, marking, cutting, drilling, welding, forming, soldering and many other industrial laser uses where superior quality,
- CDRH Classification: Class II, Class IIIb, Other
- Laser Output: Continuous Wave
- Laser Power: 0.9700 to 30 milliwatts
- Laser Type: Alignment Lasers, Laser Diodes, Laser Diode Modules
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Description: diamond marking with good marking effect on the diamond waist line, the minimum character height can be 40 um, and minimum marking line width 5 um. Features Good laser beam quality, small focusing spot UV laser cold processing, no heat effect(Fine-LaScribe
- Cutting / Traverse Speed: 4.72 in/min
- Laser Output Power: 200 watts
- Process / Operation: Laser Marking
- Type: Complete / Turnkey System
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throughput. Typical Applications Laser cutting and marking systems Medical laser equipment Optical experiment platforms Beam control and beam combining systems Cube beamsplitters provide reliable beam management and simplified optical integration for laser and photonic systems. Contact us to discuss customized optical component solutions. (read more)
Browse Polarizing Cube Beamsplitters Datasheets for CeNing Optics Co., Ltd. -
requirements. Typical Applications Laser cutting systems Laser marking equipment Medical laser systems Optical experiment platforms Beam steering and optical path control systems Right angle (read more)
Browse Optical Prisms Datasheets for CeNing Optics Co., Ltd. -
, such as inkjet printing and embossing. However, laser marking provides high precision, durability and customization. This process uses a laser beam to alter the surface of the wire or cable jacket without damaging the underlying material. Due to its high resistance to abrasion and chemicals, laser (read more)
Browse Chemical Additives and Agents Datasheets for AGC Chemicals Americas, Inc. -
• Laser cutting and marking equipment • Medical laser systems • Optical laboratory platforms • Beam control systems • Industrial (read more)
Browse Optical Polarizers Datasheets for CeNing Optics Co., Ltd. -
reliability of diverse scientific, industrial, and medical applications. Key Features: Optimized for Laser Precision: Engineered for beam control, beam splitting, and dispersion compensation in laser systems. Deflect laser (read more)
Browse Optical Prisms Datasheets for Suzhou Jiujon Optics Co., Ltd -
of the precise nature of the Nd:YAG laser beam and the computer controlled marking setting quality and accuracy are maintained throughout the order. Material flexibility----Ferrous and non ferrous metals, plastics, and ceramics can all be marked with the same designs (read more)
Browse Laser Marking and Laser Engraving Services Datasheets for Custom Machine & Tool Co., Inc. -
, metal laser tubes are crucial components of industrial laser cutting systems. They provide the power and control required to generate laser beams for metal cutting, marking, and welding applications. In CO2 laser technology, these tubes allow for precise and efficient processing of various metal (read more)
Browse Aluminum Oxide and Alumina Ceramics Datasheets for Xiamen Innovacera Advanced Materials Co., Ltd. -
repurposed a 16’’x 30’’ CNC machine set up for 3-,4-, and 5-axis work. Ideal for specialized laser precision marking Classic infrared (IR) fiber laser runs a 1064 nM Galvo-based beam deflector allows a longer field of focus — about 150mm (read more)
Browse Laser Marking and Laser Engraving Services Datasheets for Protomatic, Inc. -
Ultra-Fast Laser Modulation for Precision Systems The CASTECH Acousto-Optic Modulator (AOM) is designed for applications requiring high-speed, high-precision laser (read more)
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-induced birefringence, it enables accurate modulation of laser beams for improved system performance. Core Engineering Advantages (read more)
Browse Q-switches Datasheets for CRYSTECH, Inc.
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Laser Marking Guide (.pdf)
to 10 billionths of a second, pulse frequencies up to 100kHz and peak powers up to 100kW. This provides the solid state laser with unique marking characteristics that produce contrasting marks with minimized thermal input. The generation of a laser beam is essentially a three step process that occurs
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The Progress of Industrial Laser Marking (.pdf)
in the last several years. Laser markers are now 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.
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The Big Three in Metal Marking - Applications for Etching, Polishing and Annealing (.pdf)
by 12-inch marking area, state-of-the art fiber laser technology with flying optics beam delivery to create a system that is economical, easy to use, and advantageous over traditional Nd: YAG galvo based beam delivery systems. The FiberMark is also unique in that it is the only system of its kind
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What is a MOPA Laser and What is it Used For?
The term MOPA is an abbreviation for Master Oscillator Power Amplifier. The master oscillator produces the beam while the optical amplifier is used for boosting the output power.MOPA lasers (like Y.0201) are optimally suited for marking naturally and colored anodized aluminum to create black
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Can a Fiber Laser Engrave Wood?
If you're looking for a powerful technology that can be used to create clean, fast, high-contrast permanent marks for identification and traceability, fiber laser engraving machines or a compact laser workstation might be the way to go. Their high peak power and superior beam quality make them
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F-Theta Lenses: A Comprehensive Overview
F-Theta lenses, also known as flat-field lenses or scan lenses, are specially designed lenses used in applications that require precise control of light, such as laser marking, engraving, and cutting. These lenses transform the incoming beam path into a straight line to provide a consistent beam
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Choosing the Right Galvanometer and Servo for the Job
to describe a variety of motions across wide angles. This has enabled new levels of performance in laser marking and other material processing applications, via drilling, highresolution print and imaging applications, DNA analysis and drug discovery systems, and low cost biomedical systems that bring
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Automotive ergonomics
Here, the light reflected by the roadway edge strips becomes which is illuminated through an infrared- laser beamer by means of sensors on the front and detects back bumpers. .... The system recognizes however marks only briefly before the driving and isn't gefeit also against ambiguities how they occur for example by building site marks (Walter et al. 2012).
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Manual innovations
Such devices are topically used for marking applications in the industry, to the serial numbers on components .... The laser is a contactless, flexible and precise tool and plays an always wichtigere task in the … fields are the medical technology (diagnosis and therapy) or also communication technology and medium technique ( Beamer etc.). .... Modern lasers are complex optoelectronic systems that requires a perfect interaction of mechanism, optics and electronics as…
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Enhancing the reproducibility of ocular vestibular evoked myogenic potentials by use of a visual target originating from a head-mounted laser
57 healthy subjects were enrolled in this study, 32 in the group 1 (‘‘ marking fixed on the wall’’) and 25 in the group 2 (‘‘ laser beamer ’’) (mean age = 26.4 and 28.8 years, respectively). .... contralateral to the stimulated ear using an Eclipse EP 25 VEMP evoked potential system (Interacoustics A/S, Assens…
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Learning in the Digital Age: paving a smooth path with digital lecture halls
…for all the change that was to come: digital studio technology that would mark big changes in .... In this paper, we argue that computer-assistance in teaching and learning is still in the “ laser disc” era after some four decades: Of course, there … for the replacement of slide and overhead projectors by beamers , but even here a .... Proceedings of the 35th Hawaii International Conference on System Sciences - 2002 .
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Posture-induced changes of ocular vestibular evoked myogenic potentials suggest a modulation by intracranial pressure
…air-conducted sound and recorded using an Eclipse EP 25 VEMP evoked potential system (Intera- coustics as .... Prior to the beginning of the recording, subjects were instructed to look upward at a marking on the wall at a dis- tance of 1 m, originating from a laser beamer attached to the forehead, corresponding to a constant 35° upward gaze…
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Medical technology
…46 apertures, apnea 195, 437, 753 apnea monitoring 710 apnea ventilation 442 apparent diffusion coefficient (ADC) 350 Applanationssensor 754 Applanationstonometrie 271, 737 Applanationstonometrie after Goldmann 271 Araldit 177 operation, 879 architecture digital 314 argon beamer 568 argon lasers 467 working list, electronic … of biological 165 artifact, technical 165 artificial kidney 497 aspect ratio 138 assistance system 917 Astra maximally … system 842 CBT system, conventional 863 CCITT noise 239 CDA document 795 CE identification 38 central CAD…
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Practice of the Viszeralchirurgie
Apoptosis 8 apoptosis bodies 218 APUD system 149 Äquivalenz dosage 357 Äquivalenz test 315 employability, restriction of the 308 ARDS (acute respiratory distress syndromes) 398 arginine 347 argon- Beamer 277 ar ros ion of large vessels 469 pharmaceutical development 313 ASA classification … 546 CK-20 546 Clam-shell-incision 396 Clark, invasion level 735 clip mark 711 Clipping 272 .... CO2 laser 740 lasers Cochrane Collaboration 322 Colitis ulcerosa 17, 346, 624 composite ranking 319 Conduit protein…
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Concepts of single highspeed-camera photogrammetric 3D measurement systems
In their simplest form, they consist of a camera and a laser line projector, allowing for the .... Combined with a mechanism traversing or rotating the object or the measurement system , they allow for a … dot allowing for subpixel precision image measurement and a circular affine-invariant code marking a point number. .... For practical reasons, most beamers have an asymmetric projection field with the larger part of the projected…
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Digital Heritage
3D Scanning and Modelling of the Bismarck Monument by Terrestrial Laser Scanning for Integration into a 3D .... Ashley Beamer and Mark Gillick. .... Comparative Study of Interactive Systems in a Museum . . . . . . . . . . . . . .
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