Hydro-Pack Engineering: Continuous Production, Maximum Efficiency Is Possible With Cubebox
Hydro-pack Engineering Production Manager Gürkan Yalvaç shared his views on the Cubebox system they used ; ‘Cubebox accelerated our production by minimizing downtime in harmony with the arm robot. The productivity of an operator who works constantly by doing the same job decreases automatically, but thanks to the Cubebox system, the productivity of production increases by working with the same efficiency all the time. In this context, Gürkan Yalvaç explains how Cubebox, which aims to provide 24 hours uninterrupted work and 50 percent increase in productivity to companies engaged in machining, contributes to the production of Hydro-pack with the following words: “Cubebox is an investment in the operation of the factory, its working system. As such, we eliminate all the negative conditions of employing an operator. Thanks to the system, we can make a continuous production with minimum stoppages by filling the feeding trolleys. We get maximum efficiency from both the operator and the machine.”
Yalvaç, who shared with us why they preferred Tezmaksan's robotic automation system and the company's goals after the Cubebox investment, answers the other questions we posed to him as follows: “While investing in machinery, we try to choose machinery according to the part we will produce, the annual number and the continuity of these parts. Considering the number of work to be done and the fact that this part will be produced over a long period of time in our negotiations for a lathe, we evaluated the robot arm Cubebox system with Tezmaksan's suggestion, and we chose Cubebox because we were convinced that it would increase our production efficiency. This product is our first robot-armed Cubebox system. If we can achieve the efficiency and continuity we envisage, we can consider installing a Cubebox system for our other mass-produced products.
We are investing in robots that do automatic loading instead of workers, like the investment in machines. We believe that the advantage of operating without an operator will be compensated by self-financing over time. At the moment, we will do similar work on our machines with the Cubebox system installed. Operator productivity drops slightly in continuous work compared to normal working conditions. We believe that this system will finance itself in 2-3 years.
Of course, this value may vary depending on the work done and the part produced, but we also believe that there will be an average 50% increase in productivity.
Yalvaç, who shared with us why they preferred Tezmaksan's robotic automation system and the company's goals after the Cubebox investment, answers the other questions we posed to him as follows: “While investing in machinery, we try to choose machinery according to the part we will produce, the annual number and the continuity of these parts. Considering the number of work to be done and the fact that this part will be produced over a long period of time in our negotiations for a lathe, we evaluated the robot arm Cubebox system with Tezmaksan's suggestion, and we chose Cubebox because we were convinced that it would increase our production efficiency. This product is our first robot-armed Cubebox system. If we can achieve the efficiency and continuity we envisage, we can consider installing a Cubebox system for our other mass-produced products.
We are investing in robots that do automatic loading instead of workers, like the investment in machines. We believe that the advantage of operating without an operator will be compensated by self-financing over time. At the moment, we will do similar work on our machines with the Cubebox system installed. Operator productivity drops slightly in continuous work compared to normal working conditions. We believe that this system will finance itself in 2-3 years.
Of course, this value may vary depending on the work done and the part produced, but we also believe that there will be an average 50% increase in productivity.
01.02.2022
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