![]() ![]() Even additional technological advancements in the machine have helped to lower prices. The new system created by the Swiss machine maker has several improvements, including data processing directly in the actuators. Paolo Salvagno, Managing Director of B&R Switzerland, explains that reACTION Technology may be deployed anywhere on a machine and enables reaction times of less than one microsecond without putting any strain on the PLC. With the help of FPGAs (Field Programmable Gate Arrays), intelligence is transferred from the control cabinet to the field, giving the user a huge amount of freedom. What, however, gives a servo axis intelligence? The reACTION Technology developed by B&R is the key in the case of the B6. The intelligent servo axes are the secret to this remarkable technical advance. On the other hand, the Swiss Die-Cutter B6 corrects the stroke rate while die-cutting by reading the rate in real time. Older Berhalter machines used tendency control to correct strokes by making modifications based on measurements taken over a large number of strokes. Unless you remember that Berhalter also wanted to incorporate real-time stroke correction as an extra innovation, that is. This means that each stroke must be finished in 120 milliseconds as opposed to 150.ģ0 milliseconds may not seem like much, but it may make a big difference. The die-cutter would need to operate at 500 strokes per minute as opposed to the previous 400 in order to provide 25% more output than its predecessors. It only takes a little arithmetic to see why cycle periods are crucial for raising the B6's production. According to Schuman, "For us, it became obvious that B&R would be the right partner" since they "provide everything from drives to HMI" and are "one of the few manufacturers able to accomplish the cycle speeds we needed." What then do you do when you are in need of something that is not present? The solution is obvious: find a partner with the necessary experience and portfolio to build such technology. As Schuman recounts, "it became clear that we required technology that the market wasn't currently supplying." Stroke correction in real time The research addresses a number of issues, including if it is feasible to develop a machine with a 20–25% greater production while also reducing manufacturing costs. This signaled the beginning of the Swiss Die-Cutter B6's development. Optimizations in design, processes, or materials could no longer offset rising prices. This happened at Berhalter Swiss Die-Cutting in Widnau, Switzerland: "We had been continuously expanding our machines and ultimately reached a plateau," explains Dalibor Schuman, managing director and member of the board of directors. It would be fun to check it out since you are already interested in adding time.You have to be willing to take a risk in order to stay on the cutting edge of technology. OMNI's hours and minutes calculator helps you calculate your payroll hours and how to add hours and minutes. The result may be more intuitive if you convert it. You have to do the laundry (15 minutes), study English for tomorrow's test (45 minutes), and adjust your desk height (15 minutes). You have a couple of tasks to do and want to know how long they will take you. There are 81 days left until your birthday. Your birthday is on the 3rd of March, so we have two days left. January has 31 days, and February has 28 days. You'll wait for the whole of January and February. It's the 11 th, so this month, you'll have to wait 31 - 11 = 20 days (not counting 11.12). ![]() Let's go month by month and count days.ĭecember has 31 days. Let's say you want to find the days left until your birthday. You need to add all the values and possibly change the unit to a more convenient one. Adding time that involves one unit is no rocket science.
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