Technological developments will affect the intensity of global competition, and rapid globalization has created new challenges for the business world. In this case, especially to maintain production quality. This article discusses the importance of quality management systems in supporting the sustainability and competitiveness of companies in the modern era.
By applying knowledge and expertise from various operational areas, companies can implement effective management strategies. In some previous studies, it will be more about quality technology in facing the global market. Including the work of Grabowska (2018) and Gajdzik (2008, 2014)to outline the role of quality management in the context of technology and globalization.
In the era of globalization, the business world faces increasingly complex pressures due to technological developments, intense competition, and changing market needs. Production quality is one of the key factors that determine the competitiveness of the company. (Grabowska, 2018). The industrial sector, in particular, requires an integrated quality management system to ensure products and services meet global standards.
The quality management system focuses not only on the final product, but also on the maintenance process and overall management of the technology (Gajdzik & Sitko, 2014). CNC cutting machine (Computer Numerical Control) has progressed significantly with the development of technology up to 6 axes.
This machine is capable of delivering more complex performance such as pipe, profile, and chamfer cutting for welding preparation. The integration of the plasma torch on the robot arm further expands the flexibility and efficiency of this machine in the manufacturing industry.
Plasma torches, which are often integrated with CNC machines, use a plasma arc to cut metal quickly and accurately.
In addition, the 6-axis system enables the processing of materials with complex geometries, such as pipes and profile structures, which require high precision to meet industry standards (Lee & Kim, 2021).
