On September 14, the "OFweek2020 (17th) Advanced Laser Technology Application Summit and "Veco Cup" Annual Selection and Award Ceremony" hosted by the high-tech industry portal OFweek Veken.com and undertaken by OFweek Laser.com was successfully held in Shanghai. Congratulations to Tianhong Laser for winning the "Veco Cup OFweek 2020 Laser Intelligent Equipment Technology Innovation Award" in this selection.

Representatives of Tianhong Laser came to the stage to accept the award

On September 14, the "OFweek2020 (17th) Advanced Laser Technology Application Summit and "Veco Cup" Annual Selection and Award Ceremony" hosted by the high-tech industry portal OFweek Veken.com and undertaken by OFweek Laser.com was successfully held in Shanghai. The conference focused on the domestic laser market, aimed at industrial application fields such as automobile manufacturing, 3C electronics, and sheet metal processing, and invited well-known experts and business representatives in the industry to attend the conference, bringing wonderful keynote speeches.

In line with the principles of fairness, impartiality and openness, the organizer invited well-known scholars and experts in the laser field to score together in the expert review process, and after comprehensive consideration of online voting, the winners of the major awards were finally selected. The "Three Beam Blanking Line Laser Cutting Machine" participated by Tianhong Laser won the "Veco Cup OFweek 2020 Laser Intelligent Equipment Technology Innovation Award".

award-winning product

Three beam blanking line laser cutting machine

product description

Three-dimensional sheet metal structural parts such as automobile panels and A and B pillars are often stamped and formed by hydraulic punching machines, which has high efficiency, but the production line often adopts a distributed layout of workstations, which affects the overall output efficiency. In order to improve the overall efficiency of the production line, the factory needs to improve the level of factory automation and upgrade from a distributed process to an assembly line series mode, thereby improving the efficiency of the production line. The process from steel unwinding, leveling, blanking, stamping (or thermoforming), three-dimensional hole cutting, edge trimming and other whole lines work together in series. The speed of the blanking unit is one of the bottlenecks in improving the efficiency of the current production line. In order to improve efficiency, it is necessary to use multiple heads to cut and blank in parallel.

In multi-head parallel processing, in order to meet product diversity, large size, utilization rate and other issues, it is necessary to use multi-beam partition parallel processing. At the same time, in order to give full play to the advantages of multi-beam parallel processing, the multi-beam must have a large overlapping area to ensure no cutting dead zone and as little splicing and cutting as possible. This has just brought the hidden danger of processing collision of multi-beam. Therefore, the system needs a constraint mechanism and a coordination mechanism for parallel cutting of multiple beams to effectively avoid interference and collision of each beam. Tianhong Laser adopts an independent intelligent partition algorithm, adopts time isolation to plan the cutting sequence, and avoids interference; at the same time, it ensures more time for multi-beam partitions to work in parallel to realize the original intention of the design. Tianhong Laser also uses real-time detection and recording of adjacent beams Coordinate the physical isolation of processes such as start, stop, rollback, continue, wait, and avoidance.

Features

1. Cooperative cutting of three beams: area 6000X2000mm

2. Large area overlapping partition: overlapping area: bidirectional 1000mm

3. Intelligent time isolation partition parallel cutting.

4. The three beams can avoid in real time, can work in parallel, and can work independently.

5. Automatic unwinding, leveling, rolling loading, cutting, finished product unloading, palletizing, and waste collection.

6. Automatic edge finding, anti-collision in empty areas.