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Features
- Aluminium profile frame
- 2D Code Laser
- Switch for start, stop, reset, emergency stop
- Pass-through operation
- Protective covers
- Class 1 laser product
- Short set-up times
- Reliable, repeatable, functional sequence
- Simple, menu-assisted programming
Options
- Antistatic covers
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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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AUREL ALS6100 Laser Marking system
Laser generator
• AUREL Nd-Yag with acousto-optic Q-switch
• Wave lenght 1064 nm
• Power TEMoo CW 12W
• Multimode CW 40W
• Repetition rate Single pulse to 10 KHz
• Alignment either by HeNe Laser or through collimator
• All mirrors and optical components mounted on rails with micrometric adjustment
• Vertical and horizontal alignment of the Q-switch by micrometers
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Our Nd:Yag Laser etching System is "Q-switched" or cycled at very short pulses in order to optimize peak power for a very effective material interaction. Precise beam quality with our laser etching system provides a tightly focused, accurate laser spot with exceptional power density. The laser is controlled by a DSP Board, which is inserted on the PCI Bus in a normal PC.
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Mobile marking system with needle engraver
Machine type: MÖ-RI-HA-024-M
Manual marking system
Mobile marking station.
mobile carriage with integrated central unit and receiver for needle head and device with hose winder for pneumatic connection and cable winder for electrical connection
Needle engraver
Markator MV5 UV4 – Flexible CNC-needle- and engraving system as mobile marking system
Marking zone
100 x 100 mm
Receiver
for needle head, adaptable for workpieces with positioning pin and swing clamp.
Spring type-balancer
as ergonomic lift aid
Workpieces
Transmission case
Z-axis / lift
300 mm motor driven
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Laser marking machine with Möck-twin rotary table
Machine type: MÖ-BL-HA-027-H
Marking laser
VectorMark compact VMc5
TRUMPF-LASER
Remote diagnostics of the laser system via modem
Wave length
1064 nm
Dimensions
1826x1740x2284 mm (LxWxH)
Workpieces
Plastic parts for the day and night design
Receiver
Receiver on patented Möck- twin rotary table to increase in productivity
Options
Vacuum extraction system LMD 508
filter unit
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Demo-Case
mobile CO2 Laser Marking System
TAUFENBACH has developed a mobile CO2 Laser Marking System for a flexibel use in different areas of applications.
Typical applications:
- sales support
- research / developement
- laboratory use
- small batch series
- production
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Portable with Mobile Cart
20 Watt Ytterbium Fiber Laser with Hand Held Portable Marking Head
20 Watt Ytterbium Fiber Diode Pump
Marking Laser
Scan Head Assembly
3" X 3" Marking Field
8.1 Focal Length
3 Meter Fiber Optic Cable Assembly
Mobile Cart Base Station for Laser Controls and Computer
Spring Loaded Locking Casters
Battery Back-Up and Surge Protector
Industrial Rack Mount Components
Includes: Scan Head Docking Station with Manual Z
Tooling Plate with Fixture Locating Holes
Extended Z-Axis for Parts 1 to 20 Inch Height
Back-Pack Controls for Scan Head
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LP-V series
SUNX’s latest generation of laser markers utilises an enhancement of YAG technology called FAYb (Fibre Amplified Ytterbium).
These fibre lasers provide several advantages over traditonal Nd:YAG systems, such as a better marking quality (laser beam diameter, e.g. LP-V10U-C 60µm), smaller housing dimensions, a significantly longer lifetime of more than 60,000 hours and lower fixed costs because FAYb systems consume much less power (390VA) and get by with simple air cooling.
Due to their average output of 12W (compared to 50W of a YAG laser), SUNX’s LP-V series Laser Markers can mark nearly all metals using the laser processes of deep marking or black marking. Using the laser processes of internal foaming, carbonisation (colour change) or bleaching, resins can be marked or even modified with outstanding quality.
The LP-W052U-C is especially well suited to mark products of the electronics industry, e.g. semiconductor devices, due to its extremely small laser beam diameter of just 30µm and because it marks in continuous wave mode.
Both the LP-V and LP-W series come equipped with an encoder interface to mark moving objects, e.g. objects on an assembly line. Other standard features of the LP-V and LP-W series include a code function (Data Matrix, various bar codes, etc.) and standard functions such as counters, expiry date and lot number generation.
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OT-LAS has setting up Mistral, a system that completes and diversifies the existent production range. The flexibility of Mistral is the competitive answer to the most varied line production requirements. Dedicated and with the possibility of personalization the hardware accessories supplement themselves in a powerful and multipurpose software management. Entirely developed and realized inside the group it combines efficiency and flexibility.
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This technology of marking high quality is characterized by a single flexibility.
ÖSTLING proposes a range of lasers Nd to you: YAG with diodes and light among most complete of the market.
From 6 to 150 W!
Able to answer the industrial applications most severe, these lasers are available in integrable model, semi-automatic station or specific configuration.
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Coherent offers the broadest portfolio OF completely sealed CO2 of laser into the market. Our DIAMOND family OF CO2 of laser of acres available in A wide rank OF models, with outputs powers ranging from 30W ton of 1000W.
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LASONALL SMART, the last born of our family of Laser with Solid pumped by diodes. based on an architecture of high-output radial pumping, this laser profits from the very new innovations in laser technology.
By an original combination of the optical and electronic elements, we obtained a compact ultra design of the resonator and system of deviation of the beam.
Its characteristics return particularly this Laser adapted to surface metal markings and has a frightening effectiveness for the marking of the plastics.
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Mistral: Specialized flexibility
OT-LAS has setting up Mistral, a system that completes and diversifies the existent production range. The flexibility of Mistral is the competitive answer to the most varied line production requirements. Dedicated and with the possibility of personalization the hardware accessories supplement themselves in a powerful and multipurpose software management. Entirely developed and realized inside the group it combines efficiency and flexibility.
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Electrox designs, develops and manufactures laser marking systems:
laser marking, laser etching and engraving equipment based on Nd:YAG and Nd:Vanadate technologies.
compact modular laser markers for integration onto production lines.
packaged laser marking systems, complete with safety workstations for turnkey solutions.
variety of work piece handling options for optimum marking performance.
Electrox also manufactures CO2 and pulsed Nd:YAG laser systems for cutting and welding.
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With LasOnAll Rondo we introduce today's laser class 1 marking station.
- Highest possible safety - yet compact design
- Robust, welded construction for industrial use
- Large and easily accessible ergonomic work area that meets the most varying of demands
- Electrically driven height axis
- Easy relocation with optional trolley
- Individually expandable with several option
The Rondo is designed for a wide area of laser applications in
particular where small batches and dissimilar workpieces must
be marked manually. All air cooled OEM laser systems from our LasOnAll series can be integrated into the Rondo cabinet and will then comply with laser safety class 1.
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Type Plate Module THS4 is designed for the integration in the laser safety housing LSG 100. Plates with different dimensions and thicknesses made of steel, aluminium or plastics can be marked. The magazines can be easily adjusted to different dimensions of the plates.
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The industrial laser safety housing LSG100 enables to mark workpieces inside the marking area of the laser (110 x 110–180 x 180 mm) according to laser protection class 1. The laser cell eliminates any risk of laser radiation to the operator’s skin or eyes.The integrated focus finder used to adjust the focal length ensures a fast setup time for marking products of different sizes. Focus finder adjustment is controlled by means of a stepper motor driven Z-axis from two push buttons in the integrated operation panel or by a serial interface at the PC. Backlash free z-axis adjustment with ball bearing spindle and guide is ensured. The laser marking area may be internally illuminated for user observation. The laser cell includes integrated vacuum piping for extraction of particles and contaminants created during laser marking. Different accessories required during the marking process may be clamped right-angled to the marking area on the base plate. Furthermore, the working area is optionally air-conditioned. The housing is made out of solid sheet metal and may be moved either on rollers or placed on machine mounting pads.The machine’s substructure includes an integrated 19” PC. Moreover, a swinging arm provides support of keyboard and monitor for the operator’s ease and convenience.
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The type plate module THS 1-3 is designed to mark plates with different thicknesses made for example out of steel, aluminium or plastics. If different sizes of workpieces are marked the magazines and slide-in unit must be interchanged. The plates are handled alternatively to an output stacker or to a manual output device.
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The laser safety housing LSG 65 offers companies a professional solution for an easy and fast marking of single work pieces and small series. The desktop version also offers enough working space for bigger work pieces. The manual operation door is balanced. For the integration of the laser source and control PC, a separate rack is available.
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cab has expanded it's product range in the area of laser systems with focus on the development of the Ytterbium fiber laser systems FL10 and FL20 which can mark on most diverse materials like steel, aluminum, precious metals and plastics.The laser marking systems consist of a laser source and a fiber-coupled galvo head.Different F-Theta Lenses are available. (100/160/254)The development of the FL series especially focuses on industrial use. The diodes have a MTBF of more than 50.000 hours.The high focused laser beam and first pulse suppression provide marking results up 1000 dpi - perfect conditions for marking two-dimensional codes. Even at high ambient temperatures the laser systems are working most precise and fast. Fiber laser systems are adjustment-insensible and maintenance-free. The integrated diagnostic system shows the device's status. Either modules or the whole device can be exchanged fast and easily.cablase provides both a multilingual user interface and a freely programmable COM interface. In addition the possibility to control and to supervise external NC axes and digital in- and outputs is provided.
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With the laser label marker labels with different sizes can be precisely marked and cut from continuous material without any additional costs for tooling. The labels can be separated by means of a cutter or rewinded after marking.
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The rotary table module RTM650 is designed for the integration in the laser safety housing LSG 100. Two devices for one or more work pieces can be assembled to the turn table. The operation door and also middle wall of the turn table can be opened by pneumatic. The 180° rotation is released by two-hand operating.
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A key component to any industrial laser marking system, Synrad’s three FH Series galvo-based scanning heads feature state-of-the-art digital fiber-optic technology and mark up to 225 characters per second (stationary marking speed). Paired with Synrad’s full line CO2 lasers from 10 to 200 watts FH marking heads provide a best in class solution for a wide range of marking applications.
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LMV1000G diode pumped laser marker
Features:
- Second Harmonic "Green" laser produces a focused spot diameter 50% smaller
and 4X more dense than 1064nm wavelength
- Precision marks- even on reflective and "red" materials
- Diode pumped, long life
- Very small footprint fits lean manufacturing requirements
- Workstations and accessories available
Miyachi Unitek's new LMV1000G diode pumped laser marker is specifically designed for high speed precision marking applications on both plastics and metals. It features second harmonic generation (SHG) output using non-linear optical elements which halve its fundamental wavelength from 1064 to 532 nanometers, emitting a green laser beam in the visible spectrum. The focus spot diameter of this green beam is 50% smaller, and the energy density four times stronger than the 1064nm wavelength.
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Customized rotating table for laser marking taps and fittings
It is suitable to be integrated both with YAG or FIBER YLP laser marking systems.
The table is protected by a suction fume box in respect of EC rules.
The simple and essential push buttons are managed by mobile PC whilst the driving commands are placed in the working area ( adjustment and production).
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Möck twin rotary table (Patent No. 19950030)
For the reduction of cycle times - not only in MÖCK machines - we offer our patented twin-rotary table also as component for machine-builders.
Accordance of creativity and technology
Loading and unloading of one rotary table while the other one is in working position
Loading and unloading from one position or separate positions
Loading and unloading of both rotary tables in one position or separate positions
Clocking of one rotary table during the other one processes
Very short switching times at low positioning rate
Workpieces do not have to be clamped
Workpieces only have to be positioned
Raster drillings for holding of workpieces and devices
Low mass-moment of inertia by high-strength aluminium
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SIGNUM MARKING LASERS RANGE
Laser Marking units are available to the user in two configurations:
Single-Block
A compact, all-in-one architecture, containing all system components like the laser source, scanning head as well as control and supply electronics.
This configuration is ideal for the integrators of laser marking stations into automatic production lines or machines, allowing engineering and installation cost savings.
Dual-Block
Two main system components, Marking Head and Power&control Box, linked by a simple sheath containing fiber optics and RF cables.
This configuration is reducing to the minimum the marking head footprint, as well as allowing a better cooling of the Power&Control Box under in case of severe ambient conditions.
Main Features:
Laser Source: DPSS Nd-YV04
Wave length: 1064 nm
Output Power (CW): 5W / 10W / 20W
Pulse Width: from 5 to 25ns
Pulse Frequency: up to 100 KHz (active q-switch)
Cooling: Air/Air (Electrostatic)
Pumping Diode: 808 nm - Class IV
Aiming Diode: 635 nm - Class IIIa
Operating Temperature: 25°C +/-10°C
Humidity: 85% non condensing
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