Tezmaksan is transforming how it manages its complex assembly data for robotic automation systems ⚙️
Robotic automation systems are transforming factories worldwide, delivering precision and speed to intricate, repetitive tasks. Effectively implementing these technologies relies on machine operators and skilled software engineers who code, program and optimize robots for specific manufacturing needs.
Turkey-based company Tezmaksan Robot Technologies has created its CubeBOX systems – revolutionary robotic automation solutions that can operate around the clock without an operator. This continuous operation maximizes production output, enhances productivity and reduces lead times. In fact, according to Tezmaksan, users can boost night shift efficiency by 50% compared to manual machine tending.
Tezmaksan’s CubeBOX systems are complex and contain a large amount of assembly data. The company’s engineers found that managing this data in their existing environment was becoming increasingly challenging. Loading and saving the various part files was sluggish, costing the company valuable time. Tezmaksan realized it needed a powerful design solution capable of handling complex data and a better document management system.
"Thanks to the 3DEXPERIENCE platform, we have increased our productivity in design, production and automation processes. By enhancing communication between our departments, we have minimized errors and started to accomplish more in less time. As a result, the price of CubeBOX products has been reduced, making it even more competitive on the market." - Serhat Volkan YILMAZ, Robot Technologies General Manager
Through collaboration on the 3DEXPERIENCE platform, Tezmaksan’s engineers benefit from a unified user experience that streamlines all processes. Design data is organized systematically, ensuring clarity and order.
Regardless of their location, ENOVIA’s Product Lifecycle Management (PLM) capabilities enable engineers to work together in real-time from a single source of truth. As a result, duplicate parts have been eliminated, leading to a significant reduction in errors.
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