Fast and precise laser cutting! No post-processing required for burrs, dust, or chips.
In the architectural model and toy industry, small parts can be laser cut or engraved. Laser processing machines cut parts with top-class precision, faithfully reproducing fine architectural models, railway models, and various structures and buildings to scale. Parts require no post-processing for burrs, dust, or shavings, so they can be used immediately, and the cuts are accurate and clean. 【Comparison of Technologies (Excerpt)】 ＜Comparison with 3D Printers＞ ■ Advantages and Benefits of Laser - High-speed and precise processing - Capable of processing various materials such as wood, fabric, and resin - Lasers are non-contact, resulting in low maintenance ■ Strengths of Trotec - Direct transfer of CAD and AI data to "Ruby" - Precise cuts with CeramiCore laser source *For more details, please refer to the related links or feel free to contact us.
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basic information
【Speedy Series】 - Size (mm): W1,018 × D784 × H467 ~ W1,428 × D952 × H1,072.5 - Processing Area (mm): W608 × D303 ~ W1,016 × D610 - Maximum Material Size (mm): W690 × D346 × H170 ~ W1,096 × D698 × H305 - Laser Output (W): CO2…45/60/80/120 flexx…60/80/120 (CO2) + 30/50 (fiber) - Maximum Processing Speed (mm/second): 2,800 ~ 4,320 - Maximum Acceleration: 4G, 5G * The above values may vary depending on the model. For more details, please refer to the related links or feel free to contact us.
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【Purpose】 ■Architectural design offices, design studios, and university architecture departments *For more details, please download the PDF or feel free to contact us.
Company information
Trotec was established in 1997 in Austria as one of the research institutions of the Trodat Group. Since then, Trotec has been researching cutting-edge technology for laser processing machines and has developed and manufactured machines that excel in engraving, cutting, and marking processing techniques. Trotec's laser processing machines are highly regarded for their speed, precision, and durability, and are currently used in over 90 countries. Additionally, since 2013, they have held the number one position in sales volume and revenue for plotter-type laser processing machines worldwide. In Japan, they are utilized by universities, educational institutions, and businesses for a wide range of applications from "manufacturing" to "prototyping." *Laser processing machines are synonymous with laser engraving machines and laser cutters.