Discover comprehensive laser cutting and automation solutions tailored to meet your industry’s needs. From custom laser systems to complete automated production lines, XT LASER has the solution.
Fiber laser cutting offers significant speed advantages in thin sheet processing. At the same power level, the cutting speed for stainless steel far exceeds that of CO₂ lasers, with productivity capable of multiplying several times. As sheet thick...
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Laser cutting automatic edge detection and sheet positioning uses capacitive sensing or vision recognition to automatically detect sheet edge position and rotation angle, with the cutting pattern automatically matching the actual sheet placement. ...
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The laser cutting remote monitoring system uses a "device-edge-cloud" data pipeline to provide real-time equipment status monitoring, visualized production data, and abnormality alerts. Sensors collect parameters such as temperature, vibration, an...
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Automatic cleaning and calibration of the laser cutting head — sensor monitoring + automatic cleaning + coordinate calibration, reducing manual intervention. The cleaning mechanism consists of dedicated brushes or cleaning components, supporting a...
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The laser cutting head is one of the most expensive core components of laser equipment. Collision damage results in high repair costs and prolonged downtime. The active anti-collision function systematically reduces the risk of cutting head collis...
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Laser cutting automated production line — automatic loading/unloading + smart scheduling + continuous cutting, 24/7 unattended operation. Full-process automation from sheet storage to finished part unloading, with single-shift efficiency improveme...
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Laser cutting mirror effect (bright surface cutting) refers to a smooth, slag-free, highly reflective cut surface achieved when cutting carbon steel with oxygen. By precisely matching multiple parameters — cutting speed, positive defocus, low nozz...
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Smart nesting layout improves utilization for both regular and irregular parts. Leftover scanning and identification automatically generate nesting plans, saving raw materials in profile processing. Common-edge cutting uses one piercing to cut mul...
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Laser cutting piercing time for 20mm carbon steel is inversely proportional to power: 12kW step piercing takes approximately 0.6-1.5 seconds, while 40kW high-end equipment can compress it to under 1 second. Step piercing divides the process into m...
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Mainstream systems each have their strengths: Han's self-developed rate exceeds 95%; Bochu focuses on thick plate cutting; Wisdom achieves 5-axis precision of 0.1μm; Weihong supports multiple gantries. The core trend is AI empowering systems for a...
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