ILS 9.75
ILS 9.75
| Work Area | 914 x 610 mm |
| Laser Options | 10, 25, 30, 40, 50, 60 - 75 watts 20, 50, 60, 80, 100, 120, 150 watts |
Specifications
Accessories
Uniquely Universal Features
Materials
| Specifications | ILS 9.150D |
| Work Area | 914 x 610 mm |
| Maximum Part Size | 1029 x 762 x 305 mm |
| Maximum rotation | ø260 mm |
| Pass-Through Class 4 Mode Accessible Work Area | unlimited x 203.2 x 508 mm (508 x ∞ mm) |
| Dimensions | 1448 x 1105 x 1168 mm |
| Laser Power Configuration | Single Laser Configuration 10, 25, 30, 35, 40, 45, 50, 55, 60, 75 watts Dual Laser Configuration Optional 20, 50, 60, 80, 100, 120, 150 watts |
| Approximate Weight | 181 kg |
| Power Management | 0 - 100% step 0.1% |
| Speed control | 0.1 - 100% step 0.1% |
| Resolution | 1000 dpi |
| Available Focus Lenses | 2.0”(51 mm)*standard 3.0”(76 mm), HPDFO™(0.023 mm) |
| Precision repeatability | 0.002 mm |
| Operation | Vector, raster, 3D, clip-art, rubber stamps mode |
| Operating System Compatibility | USB 2.0, Windows XP/Vista/7 – 32/64 bit |
| Exhaust Connection | 1190 m3/hr at 1.5 kPa |
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Camera registration Universal’s Camera Registration features a camera mounted inside the laser system that locates and determines the exact positions of registration marks on printed materials. Software adjusts to a predefined cut path to fit the material. |
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Rotary Fixture The Rotary Fixture accessory extends the capabilities of Universal’s laser systems by giving the user the ability to mark or engrave cylindrical objects. |
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Cutting Table This accessory provides a raised platform of honeycomb material to support materials for cutting applications. Exhaust smoke and fumes are removed from above and below the material being cut, keeping the material clean and producing better cuts. |
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Pin Table The Universal Pin Table is designed to eliminate certain scorch marks and other defects which may occur when cutting acrylic, wood or other sensitive materials using conventional laser cutting tables. |
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HPDFO™ High Power Density Focusing Optics. These optics focus the laser beam to a much smaller focal spot, producing a sharper, tighter tolerance image. Requires Collimator |
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Also known as a beam expander, the Collimator expands and collimates the beam to minimize divergence and provide an unchanging focal spot across the engraving field. This results in more consistent cutting and engraving from one corner of the engraving field to the other. Required for HPDFO. |
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Focus lenses 1.5”, 2.0”, 2.5", 3.0", 4.0" Each machine Universal is standard equipped with a 2.0 "lens, which is the most used.To achieve the best results when engraving or cutting material should be in focus. |
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Back Sweep The Back Sweep accessory attaches to the carriage for use in air assisted applications. It directs compressed air onto the material at an angle to the laser beam. |
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Air Assist Cone The Cone accessory attaches to the carriage for use in air-assisted applications. It directs compressed air along the beam path (coaxially) and onto the material. |
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Compressed Air Source Also known as a beam expander, the Collimator expands and collimates the beam to minimize divergence and provide an unchanging focal spot across the engraving field. This results in more consistent cutting and engraving from one corner of the engraving field to the other. Required for HPDFO |
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Pass-Through The patented Pass-Through Class 4 Module allows for switching from CDRH Class 1 to CDRH Class 4 to accommodate oversized work pieces. |
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SuperSpeed™
The patented SuperSpeed accessory works in connection with the Dual Laser Configuration feature to separate the two laser beams and pulse each laser independent of the other. |
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Automation Interface This interface makes it possible to integrate a Universal laser system into an automated manufacturing cell. |
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Camera registration Universal’s Camera Registration is a combination of a camera mounted inside the laser system that locates and determines the exact positions of registration marks on printed materials and software that adjusts a predefined cut path to fit the material. |
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Rapid reconfiguration We developed this software to make any photographic image suitable for laser engraving. Simply select your target material from a list and 1-Touch Laser Photo will determine the appropriate contrast, filter and grayscale levels and calculate the ideal laser speed and power settings. Then engrave the image onto your material at the touch of a button. |
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Focusing Optics HPDFO™ These optics allow the laser beam to be focused to a much smaller spot, producing sharper images at tighter tolerances. |
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Dual Laser Configuration The PLS6.150D, PLS6.150D SuperSpeed™, ILS9.75 and ILS12.75 are all engineered for Dual Laser Configuration. These machines give you the ability to merge two independent laser sources into a single beam for additional power and flexibility. |
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True Class 4 Material Pass-Through Our versatile ILS platform is designed to accommodate laser processing of continuous materials, such as long sheet goods or rolled materials. |
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SuperSpeed™ Raster images are formed by laying down closely placed parallel patterns of dots to form images. The patented SuperSpeed option works in connection with the Dual Laser Configuration feature available on some Universal systems to pulse each laser independent of the other. This means that two lines of a raster image can be engraved or marked simultaneously, dramatically reducing raster job completion times and increasing productivity. |
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Universal Laser Sources Our exclusive line of patented CO2 Free-Space Gas Slab Lasers is designed specifically for the needs of laser cutting, engraving, graphic imaging and marking applications. |
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Laser Interface+ The world's most advanced, powerful and flexible laser print driver for material processing systems. Laser Interface+ is a materials-based print driver that gives you the choice of automatic or manual control over power, speed, pulses per inch and other system settings. Laser Interface+, combined with the Universal Control Panel (UCP), gives you complete control over your laser processing system. |
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1-Touch Photo We developed this software to make any photographic image suitable for laser engraving. Simply select your target material from a list and 1-Touch Laser Photo will determine the appropriate contrast, filter and grayscale levels and calculate the ideal laser speed and power settings. Then engrave the image onto your material at the touch of a button. |
| Metals Laser marking is a very precise and clear process for handling metal.Markiraneto serial numbers, codes and logos on products and parts is a contactless process ......... |
| Crystal & Glass Processing of glass engraving possible complex forms and photographic images directly on wine glasses, beer bottles, windows, mirrors .......... |
| Wood Laser cutting and engraving of wood guaranteed to perform with smooth edges and high speed production. This is guaranteed even if production of complex parts and shapes, regardless of their size .......... |
| Plastic When laser cutting acrylic, the result depends on various components .............................. |
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For laser engraving rubber stamps, the text must be mirrored and inverted. This is done automatically by Trotec JobControl. And using the JobCreator, type-setting for the rubber stamp is even easier...... |
| Paper & Cardboard Laser cutting is a quick and easy process that can be used for processing paper, paperboard and cardboard for digital printing, for packaging prototype construction, model making or scrapbooking....... |
| Stone Laser engraving on stone offers incredible design options. With a laser engraving machine from Trotec, even detailed photographs and graphics can be realized....... |
