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Modular system LWS-H
* Welded steel construction with granite table
* Laser beam source height-adjustable in the Z axis
* Travel of linear axes:
X = 200...600 mm
Y = 200...400 mm
Z = 200...400 mm
* Repetitive accuracy ± 2 µm
* AC servo motors or linear direct drives
* CNC control with SINUMERIK 840D or Heidenhain TNC 410/426
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Function and Feature:
•Adopted high-precision 3 Phase stepper motor and drive system, retardation transmission of 3:1, transmission design of 3M Arc-shaped, which make the steady running, higher speed and stable function.
•Imported optical system, the optical lenses using high-strength silicon-gold plate and non-spherical lens.
•Imported HIWIN or AMT Linear guide way make the operating of high-speed, stable and high precision.
•Adopted the advanced DSP Control system and modularization design make the high-speed and high-precision engraving and cutting.
•Adopted the honeycomb working platform and the movable cutting platform of high-strength aluminum alloy is suitable for process the special-shaped non-metal materials.
•The laser adopts forced water-cooled mode and water alarm function, which ensure the stable operation.
•Support software of CorelDraw and AutoCAD, post-process of Photoshop. No need for format conversion, easy operation.
•Laser machine of Optimize Opto-electro-mechanical combination exert the laser energy completely, which can cut organic glass up to 20mm one time and 100W-200W laser generator can cut Acrylic sheet up to 30-40mm one time.
Parameters
Model Magic Laser Router
Laser type DC Sealed excited CO2 Laser generator
Laser-power 100W(Optional 150W or 200W)
Engraving area 1300×2500mm
Whole machine size 1600mm×3000mm×990mm
Engraving speed 0-18000mm/min
Reset positioning accuracy ±0.1mm
Working voltage AC110V-220V±10%,50-60HZ
Cooling mode water-cooling and protection system
Controlling software DSP control system
Compatible software AutoCAD,CorelDraw,Photoshop
Net weight 550KG
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LPKF MicroCut
Capable of cutting any shape without burrs
The LPKF MicroCut is a high-performance stencil laser. The LPKF MicroCut is capable of cutting any shape at up to 50,000 openings per hour.
The laser can cut apertures as small as 30 µm with a roundness better than 96%, and its effective material focus diameter produces sharp contours.
As a result of the new cutting technology post-treatment is not necessary anymore.
Absolute flatness of the material is reached also with highest component density by the new LPKF PulsShape function.
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The LT120 automatic laser tube cutting system is the ideal solution for exploiting the benefits of laser technology within a contained cost.
Starting from a tube bundle, all the work processes are done automatically within the system: selection of individual bars, measurement, feeding, cutting, conveying and unloading of the finished part.
The LT120 automatic laser tube cutting system is perfect for light metal and thin walled tubes up to 120mm diameter generally used in the most important industrial sectors (furniture production, automotive, assembly plant and heating). The machine can also be efficiently used for simple operations like straight cuts.
Features of LT120 automatic laser tube cutting system:
* low running costs
* proven system reliability
* easy and fast production changeovers
* fully automatic working cycle
* standard CAD-CAM software control packages specifically designed by ADIGE for single and assembled tube programming.
ADIGE also develops customized solutions to meet customer specific requirements.
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FL 600 3D
The FL 600 3D system was designed for machining tubes and structural profiles with a maximum external diameter of 610 mm and a maximum length of 24000 mm.
The FL600 3D was conceived to work on tubes with round, square and rectangular sections, which are loaded automatically with a tube loading system from a bundle, while the open section profiles are loaded with a chain loading system. Work range is 90 to 610 mm diameter, for tube lengths to 14000 mm and more. The "heart" of the plant is a tri-dimensional system called "Sphera" which allows any point in a spherical space to be worked: the movement is along 5 interpolated axes, with recirculating ball screws and linear motors. The movements of the workpiece along the work axis are guaranteed by four self-centring mandrels that enable different diameters and sections to be machined, with no change tool change being required.
Variations in workpiece straightness during work are compensated by an integrated floating system, which ensures machining precision even on particularly irregular tubes, preventing dangerous mechanical stresses on the mandrels.
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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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Cutting head YR30
With integrated non-contact distance control
Electrically monitored breakaway
Small measuring spot
Preadjustable focusing optics
All water guiding parts are made of highly corrosion-rsistant stainless steel
Error signals in case of collision, cable breakage and exceeding the measuring range
Focal length: 73 mm
Lens diameter: 30 mm
Free aperture: 27 mm
Axial length: 120 mm
Max. cutting gas pressure: 20 bar, 290 psi
Nozzle standoff distance: recommended: 1.0 mm, possible: 0.3 mm to 10.0 mm
Measuring resolution: <0.01 mm
Mass : 1.1 kg
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The LASERGAS nitrogen generator is a truly high range generator thanks to sophisticated technology and exceptional performance.
This unique gas generator is capable of producing nitrogen at very high pressure. It is available in various versions with different outputs, purity and pressure ratings.
The LASERGAS nitrogen generator can be used in any area of industry requiring a medium or high pressure nitrogen supply, or whenever intermittent demand requires large reserves of nitrogen to be kept ready for rapid consumption.
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GALAXY ROBOT Laser Marking Center
The best solution for the laser marking , engraving and cutting operations with any laser source (CO2, Yag and Fiber) on materials like wood, plastics , paper, fabric , rubber , marble and stones, metacrilate, leather, metals and more other. This machine series is the first choice for some world-wide leader companies as, for example, Luxottica, ABB, Mercedes Benz, Askoll e Maino International, the warranty for the best price/performance ratio available on the market for this type of laser . This version "ROBOT" is equipped with 6-axis Kawasaki robot, to move the part for the most difficoult processing.
The robust and practical mainframe, the innovative technical solutions and the components accurately selected assure a high level of finish, sturdiness and reliability of the whole system, as well as ease of utilization thanks to the software MatriX based on Linux RTI operating system.
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Fiber Laser Cutting Robot :
The Fiber Laser Robot is ideally suited to integration and automation for cutting & welding applications. Fiber lasers in the multi-kilowatt range offer dynamic material processing capabilities for manufacturers. These custom-built systems offer increased flexibility, reliability, and quality. Optimum return on investment is guaranteed with these fully programmable machines.
- High Power Fiber Laser up to 5000 watt.
- Capacitive sensor for metal surfaces cutting
- A new generation of industrial laser equipment
- Fiber laser allows Multi Axis flexibility.
- Optical isolator for hi reflective metal cutting.
- Integrated aiming beam for programming and process training
- Excellent performance in material handling, machine tending and process applications
- Robotic Arm Brand: ABB, KUKA, Panasonic.
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Laser cutting, Laser machining 
