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| The laser turntable 400 enables to mark single workpieces in the area of the laser according to laser protection class 1. The turntable rotates throughout 180 degrees. New parts may be placed at the front side and at the same time parts may be laser-marked in the back. Release of a rotation is made by two-hand operation on release of the laser after having finished a marking process. The laser irradiation does not cause any danger neither for the operator’s skin nor eyes. The laser may be adjusted by means of a stepper motor driven depth-axis from two push buttons in the external operation panel. The laser safety cover includes integrated vacuum piping for extraction of particles and contaminants created during laser marking. Different accessories needed during the marking process may be clamped right-angled to the marking area on the base plates of the turntable. For positioning workpieces the housing includes at one side a set-up door with integrated laser protection glass. A switched power socket for external accessories is provided at the rear panel of the housing. The laser turntable may be connected to all different standardized voltage supplies. Cable installation between laser and laser safety housing is daisy chained and interlocked to ensure user safety during laser operation. The cover is color-coated in grey. |
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| The cab laser typeplate marker transports and marks flat and inflexible workpieces with a thickness of up to 3 mm. Maximum size of the type plate is limited to 100 x 50 mm. The laser marker is most suitable for marking materials like aluminum, steel, copper, glass or plastics. The workpieces are conveyed in a fully automatic manner from the input magazine to the marking area and from there to an output magazine. If different sizes of workpieces are marked the magazines and slide-in unit must be interchanged. The logical order of the typeplates is kept during transport. Individual orders may be worked off and ejected in a separate output device. The handling system is controlled by an integrated Siemens S7 PLC. All transport and marking functions are controlled from the PLC operator control panel with integral digital display. The system requires r compressed air supply. The laser’s operational status is indicated by an indicator light. A separate machine table may be supplied, if required. |
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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 cab Laser type plate module THS4 provides to mark plates of steel, aluminum and plastics.The system’s handling is centralized in one separate unit and is therefore most suitable to be integrated into the cab laser safety housing LSG 100. The handling provides to work off inflexible type plates. They must be with a tolerance, be plane and free of burr. The handling provides an automatically tracked in- and output magazine. While the input stack undertakes an upwards motion the output, i.e. the destacking magazine moves downwards. The laser always marks the top level plate of the stack. After having been marked the plate is removed from stack by means of a vacuum gripper and forwarded to the output magazine by linear drive. Then, the stack is automatically moved up so that the level where the plates are marked remains the same height. Type plates with different thickness are automatically identified by the help of a sensor.The magazine’s side guides are adjusted by slotted holes and locked by cylinder head screws. 2 sides of the magazine remain fixed to maintain the angles’ alignment. The device thus has a fixed zero point in relation to the marking field of the laser system. For shifting the magazines one allen key is required and for modifying a time of maximum 10 minutes is needed. The software of the laser provides the logical control of the type plate marker. This software is included in standard delivery and contains appropriate routines. |
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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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| The industrial laser safety housing LSG65 enables to mark workpieces inside the marking area of the laser (110 x 110 ) 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 an 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. Moreover, a swinging arm provides support of keyboard and monitor for the operator’s ease and convenience. |
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| As biggest European manufacturer of Thermal Transfer Printing systems cab Produkttechnik GmbH presents a further innovation - the cab laser label marker LM. Based on the cab Ytterbium fiber laser, acrylic labels or colour laser film can be marked in high resolution and be cut optionally in different sizes. Due to the high impulse frequency, fiber lasers can mark with maximum speed. The largest roller diameter of labels and continuous material is 300 mm. There are two machine types available with different marking resolution and marking area.Laser labels are used for security-relevant identification and can be self-destructive as an option. Applications are in the electronic-, automotive industry and in tool building. cab offers a variety of interfaces to databases, ERP systems and SAP. By the use of CCD camera systemn labels can be verified according to DIN/ISO standards. |
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ALLTEC LC100: LESS POWER – MORE PERFORMANCE
• Fast and expressive: excellent marking quality, reliable legibility and extreme reproducibility thanks to advanced high-speed technology.
• Higher yield: more information at high speed, from multi-line texts through graphics to machine-readable codes.
• Simple installation thanks to flexible beam delivery options and a unique communication concept.
• Better marking with high definition precision optics in an exceptionally large marking field.
The ALLTEC LC100 laser marking system delivers high resolution marks on products such as packages (labels, paper, carton, glass, PET, plastic containers, tubes, cardboard cartons, etc.), automobile parts, electronic/electric components, electrical appliances and extrusion products as profiles and door/window sealings.
This laser marking system is well-suited for applications in the food, beverage, pharmaceutical, cosmetics, automotive and electronics markets.
ALLTEC LC100 marks expiration/ manu dates, ticket numbers, line codes, ID matrix/barcodes, logos, symbols and individual data. ALLTEC’s new 10 Watt laser marker also accepts most common data formats to enable use of standard CAD and graphics programs.
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FiberTower™ Series is the new generation of Fiber Laser Material Processing Systems for Direct Parts Marking, UID (Unique Identifier), and Deep Engraving. It is the most advanced, compact, industrial grade, mid size, Fiber Laser Marking and Engraving systems available on the market. FiberTower™ series employs the new generation of solid state Ytterbium fiber laser systems of near infrared spectral range (1060-1080nm) with a unique combination of high peak power, ideal beam quality, fiber delivery and highest electro-optical wall-plug efficiency
The result is a cutting-edge system that can be integrated into any production line at a cost reduction of nearly 25% over traditional Fiber Laser Systems. Considering the cost reductions of no consumables and low power consumption, the FiberTower™ Series Laser Systems are now the most cost effective, eco-friendly and flexible apparatus of Direct Parts Marking, UID, and Deep Engraving in the Aerospace, Automotive, Medical, Defense, Semiconductor and other markets. Not only can this series match 80% of all industrial applications but it will save any consumer money on operating cost and proves the most affordable system on the market.
The FiberTower™ Series Equipment is safe, compact, and service-free, designed to meet individual marking needs with the ability to mark a wide variety of materials using many different techniques including Direct Parts Marking (DPM) of alphanumeric, logos, serial numbers, part numbers, lot and date codes, schematics, graphics, deep engraving and more. It can be delivered as a stand-alone system that can be integrated into any production line or with full turnkey workstations. |
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LF050 codes with high resolution. With a wavelength 10 times shorter than that of a CO2 laser marker, high beam quality and superior galvanometer scanning technology the system marks with high resolution, fast, precise and with excellent legibility. LF050 works reliably and is easy to maintain. Thanks to it‘s efficient, maintenance-free laser source and the simple air cooling system. LF050 integrates easily, flexibly and quickly into any production environment. Thanks to it‘s dovetail joint with integrated fine height adjustment, a five meter detatchable fiber conduit and it‘s small and compact system design.
ALLTEC LF050 is THE laser marker for the electronics industry. The 5 W continuous wave fiber laser marker has been primarily designed to mark molded housings of discrete and integrated components as well as circuit boards, precisely, with high quality and in the shortest of time. Moreover, the LF050 is also suitable for marking foils, films, bags and composite packagings used in the packaging industries.
The range of information that can be marked is virtually unlimited, and can be applied both to stationary as well as to moving parts (marking on the fly). With the LF050 line widths well below 30 μm can be achieved, enabeling character heights of 150 μm and less.
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50 watts in one box for highest-in-class speeds and more flexible integration
Class leading performance increasing customer throughput - thanks to highest-in-class speeds. Articulated arm and remote head for flexible integration - especially in tight spaces. Single self-contained IP65 rated mobile unit - for easiest integration in production lines.
Thanks to its stainless steel IP65-rated cabinet and the integrated cooling system, ALLTEC LC500 delivers high performance especially in harsh production environments. That predestines the system for marking all sorts of information at highest speeds on a wide range of materials (e.g. labels, sleeves, PET, glass, foils, rubber, etc.) in industries such as beverage, food and extrusion.
Thanks to the mobile cabinet and articulated arm the system quickly and easily fits into your production line and ensures flexible integration in even the most challenging and tight environments, while the compact marking head allows marking in any orientation. One box – one solution.
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The Lightjet Series is the most powerful and fastest laser coder on the market today.
» Up to 60,000 products/hour or 300 m/min coding speed
» 100-W nominal power
» Rofin brand laser source
Imaje laser solutions offer a number of benefits:
» Stainless steel cabinet, IP 56 rated
» Compact printhead for easy integration onto production lines
» Crossless etching for thin substrates
» Articulated arm provides optimum, precise positioning
Lightjet Vector
» scribes complex logos, graphics, barcodes and 2D-codes
» prints multi-lines, in multi-directions and in multi-fonts
» large print area capability up to 140 x 140 mm or up to 30 lines |
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es CODE
Innovative coding laser especially designed by ES TECHNOLOGY's team, to respond to the needs of the packaging industry.
Extremely compact, the es CODE laser easily fits into production lines. It can mark 'on the fly' at very high rates on all types of packaging (metallic, plastic, paper, hard or soft).
The innovative technology used to build the es CODE laser is an ES TECHNOLOGY exclusive product. |
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FiberMark - Epilog Laser
Epilog Laser's FiberMark is the solution for all of your direct metal marking needs. With prices starting at 30% less than a traditional Nd:YAG system, this is an affordable choice for anyone looking for a way to mark parts, devices, tools and more.
The FiberMark's innovative technology allows you easily mark 2D and data matrix bar codes, serial numbers, logos and text directly on metal with this quick, easy to use system.
Designed with a combination of affordability and high quality, the Epilog FiberMark features a 24" x 12" (610 x 305 mm) engraving area. The flat bed, flying optics design is truly revolutionary for a fiber laser system and will mark metals over a large work area in a short amount of time.
Wattages: 10 or 20 watt
Work area: 24 " x 12" (610 x 305 mm)
Z-stroke: Holds items up to 5" tall (203 mm).
Included features: Open Architecture Software Compatibility, Red Dot Pointer, Stainless Steel Bearings, Servo Motors
Options: FiberMark Floor Stand, Rotary Attachment, Air Compressor
Mark on:
Titanium
Steel
Aluminum
Brass
Carbide
Anodized Aluminum
Plastics
Ceramics
And many other materials!
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The Mini 18 and Mini 24
The 'mini's are perfect for those just entering the world of laser engraving. These systems set new standards for a low cost, high performance laser equipment.
Because the Mini 18 does not compromise on features, engraving quality or build quality, it has established itself as the system of choice when it comes to a truly affordable, small format laser system.
Then the Mini 24 is ideal for those seeking additional power in their equipment. The work area is perfect for engraving materials that are purchased in 24" x 12" sheets.
Also, the expanded features of the RadianceTM High Energy Optics allows the Mini 24 to have the highest quality engraving available in a small format system!
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Legend EXT - Epilog Laser
The Legend is Epilog's large-format laser. For those with extensive laser engraving demands, the Legend EXT provides all the necessary tools.
The robust construction of the EXT combined with the 36" x 24" (914 x 609 mm) work area, provides an oversized work area to meet the needs of any project. |
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The Helix 24 - Epilog Laser
The Helix is Epilog's pwerful mid-size laser engraving system.
The Epilog Helix 24 includes many of the features highlighted the larger Legend 36EXT.
Featuring a large work area with 24" x 18" of space, a moveable stand to make the machine mobile, and our High Density RadianceTM Optics System, the Helix is a great laser package at an affordable price.
Epilog's Helix 24 offers our exclusive RadianceTM optics package, Air Assist, Auto Focus, Integrated Vector Grid/Vacuum Table and more!
Wattages: 35, 40, 45, 60 and 75 watts
Work area: 24 " x 18 " (610 x 457 mm)
Z-stroke: Holds items up to 11" tall (279 mm).
Included features: Red Dot Pointer, Air Assist, Auto Focus, Integrated Vector Grid & Vacuum Table, RadianceTM High Energy Optics
Options: Epilog Air Compressor, Rotary Attachment, Vector Pin Table |
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Fibre Laser for marking, 3D engraving and fine cutting:
Following on our diode pumped version, this machine exists in 2 versions : 10 and 20 Watts.
Very important power densities are obtained thanks to a much smaller spot diameter. Besides all the applications of the former version, the fibre laser can quickly cut thin depths (up to 5/10) using a galvanometric head.
With this 3D version, machining are faster and of an even deeper definition. |
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The compact and monoblock LASEC machines, equipped with very performing laser sources, open up new perspectives : cutting + engraving in vector mode + engraving / marking of large sizes in 'raster' mode !
The lateral and front opening enable the working on plates in dimensions superior to the working area of 1500 x 1250 mm.
The Lasec machines can work on rigid materials, such as : combined plastics, wood and by-products, stones, anodized aluminium, etc..., as well as on soft materials such as : leather, fabric, foam, etc...
This equipment is completely closed and fully compliant with CE norms.
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Our DIODE marking system (yag, green and uv) use a scanning unit moved from two galvanometer, the mirror at high reflection abilityof electric type with a ionic plant extremely resistant, that have an open that allow to obtain a fire point of a little diameter also in marking area of mm. 220.
It is possible to set all of series of lens product from Rodenstock, Still Optics, Omnitec to Linos.
The projection system with a red beam make easier the positioning of the piece to mark.
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Easy Mark II - Laser marking made really easy
Compact
EasyMark II is one of the most compact laser marking devices on the market. It operates with a one-phase power source and does not require any external cooling. Due to the enclosed marking area, operation of the system is uncritical. The EasyMark II is a laser class 1 device and has got the safety requirements of a CD player.
Versatile
Marking possibilities are manifold when it comes to the EasyMark II. Metallic surfaces and plastics, plain and curved parts, standard marking tasks or serial numbers, stationary or mobile use – you’re simply flexible. Program-controlled axes (linear z axis and circumferential indexer) can be easily integrated into the system for more marking freedom.
Operator-friendly
Straight from the PC to the laser marker – the Visual LaserMarker software allows layout and transfer of the marking contents from your familiar PC environment. Focusing and positioning aids ensure that the device can be easily operated by anyone after short instruction. |
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Unitek Miyachi Lasers manufacturers a range of diode pumped solid state laser markers. The LMV1000E is the first model which is available in Europe. This super compact Nd:YVO4 laser marker works on 220V single-phase and is air-cooled. Due to it's small size it can be easily integrated in production machines.
The LMV1000E laser consist of an extremely compact laser head, power supply, robust programmable operating device (POD) or PC. The power supply and laser head are both air-cooled, improving reliability and reducing maintenance. The unit can be completely operated from an industrial POD with touch screen or a stand-alone PC.
FEATURES:
Very compact, robust design
Air-cooled works on 220V single phase
Field replaceable diode module
Mark schedules stored on removable memory card
Extremely well suited for integration in automated production lines
Very stable at high repetition rates (up to 99 kHz)
High resolution, small spot size
Comes with free of charge Windows software |
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| The PCB-1000 laser marking system implements in-line production laser marking of Printed Circuit Boards (PCBs) and PCB assemblies. Clean, permanent marking on panels and daughter-boards: company logo, lot, date and serial numbers, test and QA information, machine readable codes including barcodes and 2D data matrix, graphics, and more. Laser mark PCB materials, ceramic, plastic, and metal components. |
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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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| 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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| Unitek Miyachi offers a wide range of standard, class I, turnkey systems for laser marking applications. Choose from manual, R&D type stations to semi-automated workstations designed for high volume part marking. Each workstation can accommodate up to a 420mm focal length optic. Custom systems also available. |
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Fully-automatic system for ‘UTC’ laser marking of beverage closures. The system is characterised by its compactness and the option of integration into existing production lines. The closures are fed fully automatically and in the correct position depending on the feed system selected. Depending on the layout of the feed system, closures with a diameter of up to 50 mm can be marked on the inside, but also on the outer surface (top).
They are transported by means of a vacuum band where they undergo ‘On The Fly’ marking. This significantly speeds up the whole process, since no processing time is wasted handling the products. The result is an extremely high marking speed of up to 1500 parts per minute. This depends on the material being marked as well as the text or logo.
A piece of software specially developed for the application called ‘TP_mix’ allows the user to deal with all common variants of marking of ‘UTC closures’. These range from simple logos to the marking of codes (unique message). The user can generate all these variants with great ease and, more importantly, with the level of security (passwords, logging etc.) required for this type of production. |
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