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Technifor offers Nd:YAG products, which are compact and have adapted power levels to marking applications (60 to 100 Watts).
Compact, energy-friendly, the cooling source is backed by a closed circuit and therefore doesn’t require a “lost” water circuit. Therefore, operation costs are reduced.
Contact-free, Laser marking works, regardless of part hardness. Combining fine lines and high speed, this is the ideal tool for both high-speed and aesthetic marking applications.
Our T700W marking software, designed and developed with Windows 95-98-NT-2000, explores to a maximum the possibilities of a graphical interface and includes the functions adapted to marking:
- Serial numbers, Batch/shift numbers, Codes, Date & Time, and graphic file importation – Fusion with a spreadsheet.
Maintenance is reduced to a maximum, making this machine specially adapted to a fast-paced industrial environment.
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Highest resolution with minimum strain
The Östling LasOnAll green is the advanced development of the Lasonall 3. The original wavelength of 1,064 nm was halved to 532 nm, which is in the green spectral range. The frequency is doubled at the same time.
Your advantages:
A higher energy density in connection with a finer line is achieved due to the halved point size of the laser beam and the higher frequency,
Higher resolution in the micro-marking area
Considerably reduced thermal stress of the object to be imprinted with the same material removal performance
Especially suited for very thin metal sheets and many plastics, for which easily legible print without burning is created (change of the surface colour)
Removal of protective films without changing the carrier material itself
Technical Data LasOnAll green
- Wavelength: 532 nm
- Power: 7 Watt +- 5%
- Pulse frequency: 20 - 100 KHz free adjustable
- Cooling: Air
- Power supply: 90 - 240 V /50/60 Hz
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Universal application spectrum
With AQUILA laser beam sources you can apply labeling to nearly all materials, or design the surface, without making contact. Applications can range from product marketing to pure decoration.
A family of practically oriented devices
We produce AQUILA laser beam sources for various degrees of beam power. This minimizes your investment costs, since you only need to install a laser with suffi cient power for your process. In addition, the AQUILA interfaces correspond to those of our other laser families. A flexible and time-saving integration of the best laser source for the respective application is therefore guaranteed.
Short work cycles
The unusually high average power of our laser beam sources enables you to achieve a very high process speed. Production costs are thus minimized. The process speed is dependent on the material and on the type of processing.
The best technology
Our AQUILA laser beam sources are diode-pumped solid-state lasers with an acoustic-optical modulator. They are air-cooled and work with controls that are easy to operate. The variable pulse frequency and the high adjustable pulse peak power guarantee rapid processes in your production. Even in permanent continuous-wave mode our laser sources have an excellent thermal effect.
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AQUILA-Series are designed for use under rough conditions. On account of their high average power, they are suitable for many applications in the field of material processing, in particular for high speed labelling on almost all kinds of material.
The AQUILA-Series are diode-pumped solid state lasers (DPSSL) with an acousto-optic modulator. The variable pulse frequency and high mean power open up a wide spectrum of demanding applications where speed is of particular importance.
Features:
compact
low maintenance costs, service-friendly
long life time diodes
IP 65 laser head
ambient temperature up to 40°C
air-cooled
simple controlling
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The Mirus™ series laser is an all-new diode pumped Nd:YAG solid-state laser system that is available with up to 450 Watts of output power. It is economically priced, features long life diode bars and is ideally suited for use in industrial manufacturing applications. The Mirus laser is offered with any of our field proven pump modules, and can operate TEM00 or multimode.
We offer a laser cavity design service using our modeling software to create customer specific Mirus laser systems. Please contact us for more information.
Applications
- Marking
- Micro Machining/Welding
- Percussion Drilling
- Cutting
- Scribing
- Ablation
Features
- Auto-ranging: 85-264 (VAC 50/60 Hz)
- Extremely durable construction
- Filtered water cooling (no deionization)
- RS 232/485 Interface
- Electronic shutter
- Internal flow-switch in laser head
- Linear PI curve
- Environmentally tested (-20°C to 60°C) - storage
- Environmentally tested (15°C to 35°C) - operational
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The MISTRAL marking laser was introduced as one of the first diode-pumped laser systems, and has since been setting new standards in laser technology!
Whether it is used as a seated workplace to mark small numbers of parts, or is integrated into production lines for automatic operation – there are no limits to the flexibility of this laser. The MISTRAL's main field of use is in marking metals (engraving, annealing colors), plastics (color change, material debris) and ceramics.
The Mistral is available with 50 W and 120 W.
Advantages of this all-rounder: Nearly all materials can be permanently marked, are forgery-proof and have an excellent graphical quality. The high marking speeds and its ease of use bode well for future working processes!
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Lamp pumped Nd:YAG Solid-State Laser Coder
ALLPRINT LN100A: High Performance for the best marking results
ALLPRINT LN100A meets the most stringent requirements regardless of whether throughput, flexibility, user-friendliness, reliability or economy is decisive for your application. No matter what has to be marked: all sorts of plastics or diverse metal parts. Wherever highest power is required at an economic price, LN100A is the most suitable system.
The solid-state system is designed for both stand-alone systems and easy integration into lines. It is capable of being completely controlled by computer and is predestined for use in fully automated production. The unique communications concept enables user-friendly and efficient administration of marking jobs with texts, machine-readable codes, graphics or individual data.
Whether as an engraving, color change, color removal or black marking – LN100A performs convincingly not least on account of its high resolution and brilliant marking quality.
High-speed marking: up to 30,000mm/s and 15m/s for on-the-fly applications, thanks to highest laser
power and fast digital galvanometer technology.
Broadest application spectrum thanks to powerful application software supports, excellent laser beam quality and high laser intensities due to adjustable mode aperture.
Highly flexible integration thanks to compact modules and a broad spectrum of beam-turning units. The unique controller and interfacing concept assure an unmatched integration flexibility.
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LaserStar's Compact Marking Systems offer the benefits of a non-contact,
abrasion-resistant, permanent laser marking onto almost any type of material including platinum, gold, silver and titanium. High-speed, high-precision, micro-marking LaserStar systems are ideal for a wide range of jewelry manufacturing and trade shops, as well as novelty product applications.
LaserStar's 3702, 3703 and 3704 Series Compact Marking Systems benefit from pin-point accuracy, while increasing the range of custom engraved true type fonts, script styles and image applications. Operators position the parts in a fixture while viewing the application through a high-resolution picture-in-picture (PIP) video system in the marking chamber. A pilot diode positioning device allows the operator to easily align and mark the parts at the correct location. The marking/engraving process is clean and quick, while minimizing the potential hazard to heat-sensitive materials.
- Logos, certification symbols,barcodes, serial codes, and 2-D data matrix code
- Simple custom text, serial numbers, bitmaps, graphic and CAD-files (HPGL)
- Marking and cutting of foilsand light-gauge steel sheets (ie. labels) in one cycle
- Rapid marking on precious metals with heat-sensitive materials
- Plastic materials: day & night design for items such as mobile phone keyboards, dashboards, and other illumination components for aerospace and automotive markets.
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Designed for use in a typical environment of a workshop or production unit, the small FORANO, with a side length of 75 cm (29.5"), will fit onto practically every existing workbench. It can be operated without problem at ambient temperatures of up to 35 degrees centigrade.
There is enough space in the integrated Class-1 booth to be able to mark large and small parts safely and with high quality, from a type size of 0.2 mm upwards.
The available marking area is 70 x 70 mm (2.75" x 2.75") in size.
The Forano is available with 6 W and 10 W.
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In the field of Nd:YAG lasers, FOBA supplies basic systems with a power range of 9 to 100 Watts. Basic systems are suitable for universal use in machine workplaces, manufacturing lines or customized solutions.
Laser types:
-Nd:YAG, diod pumped 15 watt
-Nd:YAG, diod pumped 50 watt
-Nd:YAG, lamp pumped 100watt
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The ProWriterTM D25T is a 25 watt diode-pumped laser marker featuring a TEMoo beam profile. This compact laser system is ideal for specialized applications requiring a tightly focused beam with high energy density. The D25T marks a wide variety of marks on: metals, ceramics, composites, plastics, painted/anodized metals, and many others.
Features
Two Year Life Warranty (10,000 Hour Diode Pack)
Reduced Maintenance
Internal Stainless Steel Chiller
Lower Operating Costs
Improved Beam Density For Better Marking
Available in 4", 6" and 12" Marking Field
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The First Compact Laser Marking
This first compact laser marking machine uses the Nd: YAG diode pumped laser technology. It is equipped with a software driving the marking system running under Windows.
Small sized, easy to use and offering a large range of marking possibilities (text, numbers, 1D and 2D codes, photographs, various frames, ...) the LEM will be the best solution in terms of quality and speed.
Activities Examples Easy to install (just plug in to a 220 volt main plug), easy to maintain, long life diodes and power range (20 to 160 megawatts / cm²) allow simple marking as well as 3D deep engraving in various materials such as plastic, stainless steel, aluminium, tooling steel, ceramic or precious steel.
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ALLTEC’s new generation of diode- and lamp-pumped Nd:YAG laser marking systems convinces by an unprecedented combination of throughput, flexibility, user-friendliness, reliability, and economy.
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Features:
- Real Time Power Feedback
- Up to 6kW Peak Power
- Fine & Penetration Spot Welding
- Fine Spot Seam Welding
- Three Time Share or Energy Share
- Flexible Pulse Shaping
- Air cooled, Compact
Miyachi Unitek's family of ultimate control A-Series pulsed Nd:YAG lasers are designed specifically to meet the stringent demands of precision welding applications such as medical devices, electronic components and other micro and macro laser welding applications requiring the highest levels of quality, precision, reliability and uptime with the lowest cost of ownership.
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Features:
- Real Time Power Feedback
- Up to 6kW Peak Power
- Fine & Penetration Spot Welding
- Fine Spot Seam Welding
- Three Time Share or Energy Share
- Flexible Pulse Shaping
- Air cooled, Compact
Miyachi Unitek's ultimate control A-Series pulsed Nd:YAG lasers are designed specifically to meet the stringent demands of precision welding applications such as medical devices, electronic components and other micro and macro laser welding applications requiring the highest levels of quality, precision, reliability and uptime with the lowest cost of ownership.
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StarShape
The new StarShape series from Rofin/Baasel Lasertech provides a large number of different lasers for micro-material processing. All StarShape series applications have one thing in common: the precise, local, selective ablation of areas of the surface of a component or tool by vaporization or vaporization-induced displacement of the molten mass.
The lasers in the series can be used to structure surfaces, drill through-going or blind holes, or remove selected layers of substrates precisely to the micrometer. The materials that can be processed range from metals through ceramics and diamonds to plastics.
To cover most of ablating micro-material processing, the StarShape series includes both Nd:YAG lasers in cw or Q-switched versions, and CO2 lasers. The available wavelengths thus range from green to within the infra-red end of the spectrum. Interaction times from the few nanoseconds of end-pumped solid state lasers up to the continuous-wave range, offer suitable laser solutions for all of the above-mentioned applications.
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Features:
- Precision Laser Welding Technology for Gold and Copper Alloys
- Real-time Power Feedback
- Pulse Shaping
- Single Phase Power
- CDRH and CE Approved
A new world of applications has just opened up for laser spot welding! Introducing the new LW2AG Green welding laser from Miyachi Unitek. the LW2AG is the world's first laser spot welding machine to feature cutting edge laser welding technology, which is specifically designed for applications with highly reflective materials such as copper, copper alloys, and gold.
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Performance and quality.
Compact laser source for spot welding
Laservall’s Kubo family for spot laser welders is based on the use of innovative solutions for precision welding applications.
Characterized by its compact and ergonomic design, the Kubo source is available with power levels from 20 to 100 W.
This power range and a simple advanced user interface make the Kubo family suitable for basic manual workstations and for integration into automatic welding systems.
Advanced Pulse Filling™ and Pulse Modeling - PWM technology, enabling the creation of specific laser pulse shapes for optimizing the quality, strength and physical appearance of welds;
the Fiber Optic Delivery System enabling extremely even distribution of the energy throughout the weld spot (Flat Top Beam Profile);
the Off-Line Feedback system for improved long term power stability.
Kubo’s OFF-LINE feedback feature enables the system to offset automatically any lamp degradation or optical misalignment.
This important feature ensures a stable output power throughout the life of the lamp, ensuring consistent performance and long lamp life.
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Features:
- Precision Laser Welding Technology for Gold and Copper Alloys
- Real-time Power Feedback
- Pulse Shaping
- Single Phase Power
- CDRH and CE Approved
A new world of applications has just opened up for laser spot welding! Introducing the new LW2AG Green welding laser from Miyachi Unitek. the LW2AG is the world's first laser spot welding machine to feature cutting edge laser welding technology, which is specifically designed for applications with highly reflective materials such as copper, copper alloys, and gold.
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Today's micro welding laser industry is characterized by rapidly changing, ever-evolving customer demands and intense competition. Innovative ideas, successful designs, and a strong commitment to superior quality and performance are the fundamentals of Crafford- LaserStar Technologies.
The 7000 Series LaserStar Workstations offer a significant competitive advantage for today's operators looking to unleash the power of hot-light, benefit from a comfortable, ergonomic design, and ensure optimal platform technology.
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