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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 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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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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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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For precision metal cutting (steel, stainless steel, aluminium, brass, copper) Mach 2 brings reactivity and flexibility to the manufacture of single parts, prototypes, small and medium sized production runs.
It is an efficient and profitable tool for industries such as automobiles, aerospace, home appliances, connectors and sheet metal.
A fourth axis can be fitted on this machine through a programmable rotating unit.
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Since 1995 Osai integrates LASER for micro-machining (marking, welding, drilling).
The experience has been acquired during over 200 applications, for customers worldwide, and is the basis for our range of standard machines utilising LASER technology.
The knowledge of the technology and the processes derives from the cooperation started with Carl Baasel Lasertechnik, developed in the partnership with the Rofin group, worldwide leader in implementing industrial LASER sources.
The development of the machining processes, performed by our machines, took place with the continuous support of TWI, World association for material joining techniques.
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Our TS 4.20 2D system cuts and welds metal sheets by means of a single, special cutting and welding head. The system can process metal sheets with dimensions from 1000 x 2000mm to 2050 x 4100mm and thicknesses from 1 mm to 8 mm, with laser power of 5000W or 6000W. After the process, the metal sheets can measure 4000 x 20000 mm and more. The machine is equipped with an automatic loading system, which allows a high degree of automation and prolonged continuous operation.
Like all TTM machines, the TS 4.20 2d was designed using FEM (Finite Elements Method) structural computation software that enables the dimensional features of the structures to be defined and the strain and deformation states to be optimised in relation to the stresses applied. With this new solution developed to meet customers' specific needs, TTM once again presents itself as a partner-supplier of ideas that translate into innovative, reliable and technologically advanced machines.
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The product line JENOPTIK-VOTAN W is used for the laser welding of plastics in different fields of application. The systems of this product line are suited for the processing of plastic parts in the following areas, among others: Headlights; Fuel pumps; Mobile phone parts; Electronics / Sensors; Chute channels; Piping; Fluidic systems.
Functionality
In the laser absorbing component W1, the light energy of the laser is converted into heat energy.
Component W2, which is transparent to the laser light, is heated and melts directly.
Advantages
Weld simple parts instead of injection mold intricate parts (including inserts)
No preparation (such as activation for bonding)
No curing of adhesive (time loss, storage)
No finishing due to flashing
No tool wear
Bond with temperature stability (sterilization of medical utensils)
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The fastest 2D/3D laser machines in the world with an unrivalled production versatility.
DOMINODOMINO is a machine designed for today’s industrial reality that dictates high productivity, great efficiency, extreme versatility, maximum accuracy and limited costs.
A single machine cuts and welds flat sheet and three-dimensional parts, performs bevel cut for the weld preparation and processes tubes. Boasting the high dynamics of a 2D machine, DOMINO is a 5-axis machine with a considerable work volume and an extremely reduced footprint.
The new DOMINO direct-drive head is highly dynamic and extremely precise, ensuring excellent cutting quality even on thick sheets.
DOMINO is the only 5-axis machine with an F-axis for automatically controlling the focal position. This allows continuous processing of different materials and thicknesses, and accurate process control all over the work volume. Thanks to the rapid tool change system, the DOMINO head can be easily reconfigured to adapt to all types of processing.
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Mx series: Designed to fit your needs
The MX laser system has been designed to transform every type of fabric from roll to roll in continuous mode.
This technology guarantees extraordinary decorating results, user-friendliness, and high productivity.
MX springs from the close collaboration developed over the years with workers in textile manufactures, combined with El.En Group's technological experience.
This synergy has made MX a unique production solution capable of combining continual operation and special effects with high added value.
Laser creates new working dimensions, where ideas and progress melt together to renew themselves in the textile world.
Only the technology of the RF laser source offers immediate opportunities and advantages.
- Running costs reduced to a minimum
- No environmental impact
- Safety
- User-friendliness
- Exclusive and inimitable decorating effects
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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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LASER CUTTING and WELDING are two of the most widely used laser material processing techniques. PRIMA INDUSTRIE and PRIMA North America are pioneers in these processes and produce a variety of 2D and 3D systems used by manufacturers throughout the world.
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Fonon's Zero Width Laser Dicing Technology® (ZWLDT®) will cover unprecedented explosive growth and demand in semiconductor markets in China, Taiwan, Japan and Korea. This technology has lead to products, such as the BlackStar™, that offer the best in silicon wafer dicing over existing technologies.
ZWLDT® will slice the wafer much safer than mechanical saws that may cause wafer damage, and increase the yield per wafer as well as maximum throughput while minimizing the HAZ.
With the technology Fonon acquires, Fonon Display and Semiconductor Systems (FononDSS), has been able to launch a number of products that make the most of the technology for the semiconductor and flat panel display industry.
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Panasonic's UV laser scriber has a complete laser optics bench that offers flexibility to fit the specific application - the result of PFSA's experience in high volume microelectronic manufacturing and expertise in productivity.
The laser scriber enables the non-mechanical scribing and dicing of wafers. Primary uses include application for low and ultra-low 'K' wafers as well as non-mechanical scribing over metalized portions in the wafer streets which enables smaller kerf widths - allowing for greater numbers of die per wafer.
The UV Scriber enables sample builds for next generation products and maximizes die-level densities to reduce costs and increase profits.
Features & Benefits
Low K scribing with superior quality over mechanical dicing
Next generation supported via sample builds
Configurable for development of future capabilities
Increase profits by optimizing die-level density
HVM capable today
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Laser & Beam Delivery
Cutting Trimming Scribing Ablation Drilling Welding
Non-contact process
Sub-micron machining
No tool wear or breakage
Faster than conventional micro-machining
Accurate and repeatable process control
Low operation cost
Quick set-up and change over
Minimized material loss
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Machining center, automatizable, 4 axes for LASER drilling with diameters from 0,025 mm dof small mechanic parts, such as cylinder filters. The process uses pulsed Nd YAG sources direct or fiber delivered.
The dynamics and precision, entrusted to screw axes in the basic version, can be elevated to the state of the art in the aero version, with linear motors and granite structure.
The high technical content, the ease of use and its specificity make of it an excellent means in the refined processes with LASER technology.
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EWS 200 – European Work Station
Characteristics
The laser working station EWS 200 offers a large range of application with a space requirement of only 120x80 cm. Fiber optics beam delivery to processing head or scanner.
Application
EWS 200 is specially designed for precision seam and spot welding for medical, electronics, automotive and micro machining industries as well as for cutting and drilling applications with fiber optics.
Specifications
* Feed range X-axis 400mm
* Feed range Y- axis 400mm
* Feed range Z- axis 200mm
* optional rotary table
* Positioning accuracy +/- 30µm (circular axis 0.04 degree)
* GE Fanuc 210i-MB controller, AC motors
* Programming with G&M-functions
* Polymer composite base
* Integrated laser control software PCT2
* EWS 200 can be used in combination with any LASAG laser
* High industrial safety – cabin laser class 1
* Beam focussing with LASAG processing head or scanner
* Power requirement 230V, 7kVA
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The Preco ST2000, ST2200(pictured) and ST2400 Series Laser Workstations perform multi-axis laser welding, drilling and cutting in a Class I or Class IV enclosure. ST Series Workstations are time and field proven machines designed around fixed beam laser technology and Preco XY motion and control technology.
The rigid Preco design offers a smooth cutting path with high accuracy over the full range of motion and has high overall system reliability with a simple optical path and user friendly PC controls.
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Ghibli: Flexibility becomes efficiency
OT-LAS has perfected Ghibli, a highly flexible machine suitable for all types of decorating and custom-designing of small objects. A leader among the machines of its generation, Ghibli offers all the advantages for immediately satisfying creative and productive requirements in their most advanced and modern forms.
With its technical features and high performance, Ghibli is a powerful instrument and a winning solution. Fully designed and manufactured on site by the Group, the system combines efficiency and reliability, ensuring rapid and safe assistance.
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All Laser Mech cutting heads come with the following features and benefits:
* Magnetic Crash Protection – Eliminates breakaway screws and reduces downtime after a crash to a few minutes
* Easy-Access Lens Drawers – Makes lens replacement, cleaning, and beam centering quick and easy
* Manual Focus Adjustment – Over ¾ of an inch of focus adjustment reduces setup time considerably
* Fixed Tip Assembly – Never have to center the tip again
NON-CONTACT HEIGHT SENSING OPTION (For HC and HD Lasers)
The addition of Laser Mechanisms' Height Sensing Unit (HSU) will allow you to remove the foot follower (as needed) and will enable your laser to cut sheet metal non-contact. Here are just some of the benefits:
* Fully integrates with the Mitsubishi controls
* Switch between non-contact and contact cutting in minutes
* Reduces the footprint allowing for tighter nesting of parts – reducing scrap considerably
* Non-Contact cutting does not scratch the workpiece
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Cutting Head HP1.5"
With integrated non-contact distance control
For high pressure cutting applications
Cartridge replacement system enables faster change of focal length
Preadjustable focusing optics
Water cooled connector head
All connections in the upper part
All water guiding parts are made of highly corrosion-resistant stainless steel
Error signals in case of collision, cable breakage and exceeding the measuring range
Focal lengths: 3.75", 5", 7.5", 10"
Lens diameter: 1.5"
Free aperture: 33 mm
Axial length (f = 5"): 236.4 mm
Max. cutting gas pressure: 25 bar, 365 psi
Nozzle standoff distance: recommended: 1.0 mm to 5.0 mm, possible: 0.3 mm to 10.0 mm
Measuring resolution: < 0.01 mm
Mass (f = 5"): 4.0 kg
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Plasma, laser and flame cutting table out of modular elements with separate extraction for each element and a large-volume slag container per element. The modular design of the KEMPER table enables us to build nearly every required size of extraction table in short time and at low costs.
Material support, gratings and controls of the tables are available in different specifications.
KEMPER can also supply suitable extraction systems for the extraction tables. For detailled information or any questions please do not hesitate to contact us.
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- fully automatic loading and unloading for lightly manned shift working, optionally with integrated stock control system
- shortest of amortization times
- transparent job processing and stock management
- high level of process security and work safety
- application-specific, modularly expandable system
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1. Lift-Adiramatic is a plate loading system from
an entry pallet.
2. Lift-Adiramatic Plus enables, apart from
loading new plates, the unloading of already
cut plates on outlet pallets while the
machine is cutting other plates.
3. With the Adiramatic Tower starting from
the cutting programme, the loading of the
plate to cut and the unloading of the cut
material can be done automatically without
the intervention of the operator.
New and already cut plates are stored in
coded drawers that are set on multi-drawers
storage towers, being used whenever
necessary.
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