Vega Makina, which supplies welding technologies to industrial establishments, has developed the Laser Welding Robot Cell in cooperation with Tezmaksan, a strong player in the machining industry. The cell, which aims to increase quality and efficiency in production and reduce labor costs, also increases production speed by minimizing welding errors and provides businesses with a competitive advantage through cost savings.
Serving with welding and cutting machines, laser welding machines, welding generators, welding wires, hard solder wires and welding consumables in its product range, Vega Makina has made another innovation for the Turkish industrialist. Joining forces with Tezmaksan, which has been leading the Turkish machining industry for over 40 years, Vega Makina has developed the Laser Welding Robot Cell. The cell, which facilitates production monitoring and performance analysis of businesses operating in the industry, thus minimizes welding errors.
Standards are rising in welding processes
Stating that the necessity of transitioning to automation, the need for high precision and efficient production becoming more important criteria in the industry each passing day are guiding their new investments, Vega Makina General Manager Serdar Selim Zengin said, “Thanks to Tezmaksan’s superior skill in software and our company’s expertise in machinery, we developed the Laser Welding Robot Cell. Thanks to this cell, which optimizes the workforce and increases quality standards by automating the welding process, welding can be done with high precision. It also provides industrialists with time and cost savings as it provides more efficient production thanks to automation and fast welding capabilities.”
Turkish industrialists are more competitive with “Production Monitoring” and “Performance Analysis”
Stating that the Laser Welding Robot Cell works on two main focuses, namely production monitoring and performance analysis, Zengin made the following statements: “We structured the production monitoring of the cell on ‘resource monitoring’, which provides opportunities to monitor the operation and record data, detect errors and improve, ‘quality control’, which optimizes the production process, and ‘data analysis and reporting’, which provides a general view of the business. We developed the performance analysis on ‘productivity evaluation’ measuring efficiency, ‘cost analysis’ helping to determine economic advantages and ‘quality control and assurance’ focusing on continuous improvement steps. Thus, we can follow the entire process from the first step of production to the last step where the quality of the manufactured product is determined with superior software. Thanks to this combination of automation and software, which is the basic factor for the production efficiency of the industry, we will provide the necessary support for our customers to be successful in global competition.”