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NEW LII/ScanMaster Brochure

NEW LII/ScanMaster Brochure
2Pages

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New Fully Integrated Subsystems The Future of Laser Processing Applications Highest System Throughput Best Resolution and Accuracy Most Versatile System Connectivity Easiest Job Creation Highest Throughput Constant Speed The velocity at the end points of the vector can be set independently of the velocity in the middle. This allows maintaining a constant velocity through the full length of the vector. Eliminated Delays Automated laser synchronization is done by the control algorithm, eliminating the need for mark delay and jump delay, thus reducing overall job execution time. Local, Automatic Application Trajectory modifications for position accuracy are only applied where needed, allowing the rest of the job to be executed at maximum speed. Shape-Specific Algorithms Shape-optimized algorithms reduce execution time by avoiding conversion of shapes into vector strings. Immediate Start CTI’s encoder-based galvos and state-space servos require no warm up to achieve their ultra-high accuracy, increasing overall system productivity. Best Accuracy Traditional Control Mark / Jump Speed = 8 m/s Mark / Jump Delay = 250 µs Total time = 8.4 seconds ScanPack Control Mark / Jump Speed = 8 m/s Mark / Jump Delay = N/A Total time = 2.0 seconds Traditional Control Mark / Jump Speed = 4 m/s Mark / Jump Delay = 150 µs Polyline Delay = 190 µs Total time = 960 ms ScanPack Control Mark / Jump Speed = 4 m/s Mark / Jump Delay = N/A Polyline Delay = N/A Total time = 580 ms Mark Speed = 275 mm/s Traditional Control: Total time = 1.03 ms ScanPack Control: Total time = 0.90 ms Mark Speed = 500 mm/s Traditional Control: Total time = 0.75 ms ScanPack Control: Total time = 0.50 ms Position Accuracy Trajectory planning algorithms automatically adjust the scanners command to ensure the laser hit the target at the required position. Traditional Control - 10 µm error ScanPack Control - No error

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Energy Distribution Accuracy Skywriting and velocity-based laser control ensure the laser energy is consistent at all points of the pattern, regardless of its shape. Traditional Control Mark Speed = 2 m/s Polyline Delay = 200 µs Traditional Control Mark / Jump Speed = 8 m/s Mark / Jump Delay = 150 µs Local, Automatic Application Automated laser synchronization is done by the control algorithm, relieving the user from the need to set mark and jump delays, thus reducing job setup time. Shape-Focused API The ScanMaster API is using shapes instead of lines and dots to define a pattern, which...

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NEW LII/ScanMaster Brochure 2Pages

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NEW LII/ScanMaster Brochure
2Pages