Proven fastest laser engraver on the market

Eight times faster cutting with OptiMotion^TM

Maximum cutting speed at highest cutting quality – this is what OptiMotion^TM motion control -  the new innovative Trotec path planning system- stands for. The  Speedy 400 is up to eight times faster when cutting than comparable laser machines on the market. Using OptiMotion^TM the cutting speed and acceleration are calculated and optimized in real time based on the geometry. OptiMotion^TM delivers high quality in curves and maximum throughput. Tests with competitor devices have shown that cutting jobs can be completed up to eight times faster thanks to OptiMotion^TM. The comparison between Trotec Speedy 400 and two matching competitor machines is based on acceptable quality of the application. Comparing these jobs it shows that if you aim to get similar quality output, the competitor machines can not go as fast as Trotec Speedy 400 can. As a result only a fraction of the application is then done in the same time.

While the application of the rectangulars with rounded edges is 100% finished at Trotec Speedy 400, the application is finished only for 29% at competitor 1 and 12% at competitor 2. It shows that Speedy 400 with OptiMotion^TM is more than 3,5 times faster than Competitor 1 and more than 8 times faster than Competitor 2 by delivering similar quality output.

 The application of the lettering "cmyk" shows similar results. While the job is 100% finished at Trotec Speedy 400, the application is finished only for 44% at competitor 1 and 15% at competitor 2. In other words, Trotec Speedy 400 is 2,3 times faster that competitor 1 and 6,5 times faster than competitor 2.

No speed parameter search – save valuable time in laser file preparation

OptiMotion^TM automatically searches for optimal speed parameters. In other words: The operator only needs to determine the power and speed required to cut through the material - regardless of the cutting geometry. When processing the job, OptiMotion™ adjusts the speed and acceleration in real time depending on the geometry. For the operator, valuable time can be saved in laser file preparation. Moreover thanks to this innovation speed parameter determination became very convenient.

In the laser job without OptiMotion^TM 7 different speed and power parameters are needed to maximize the speed. In the job using OptiMotion^TM only one parameter - the power to cut throuh the material - needs to be determined and then OptiMotion^TM does the rest. OptiMotion^TM is slightly faster in the laser process but the real time saving is in no need to search for the parameters. For example, if a user can save 15min for parameter finding once a day, he can save 1 hour and 15 min per week (5 days per week) and 58hours in a year (200 work days), which is more than a week a year