GMG OPTIMISES PHARMACEUTICAL LABELLING PROCESS WITH IMPLEMENTATION OF YASKAWA GP12 ROBOT

GMG, a prominent company in industrial automation solutions, has taken a significant step in optimizing processes within the pharmaceutical industry by implementing the Yaskawa GP12 robot in the container feeding system for labeling. The need to adapt to a highly regulated and competitive environment, where precision and speed are crucial, led GMG to seek an advanced robotic solution.

The Need for Automation in a Demanding Environment

GMG specializes in offering customized solutions for the pharmaceutical industry, a sector where processes must be flawless and meet strict quality standards. One of the most critical challenges faced by one of its client companies was the need to increase efficiency in the container labeling process. This process, previously manual, was not only slow but also had a significant margin of error, directly impacting productivity and production accuracy.

The Process and the Robotic Solution

GMG identified that the best way to address these challenges was through automation, and the Yaskawa GP12 robot was selected for its versatility and precision. The GP12 is a 6-axis robot, specifically designed for handling, loading, and unloading tasks, making it ideal for the pharmaceutical environment. In this case, the robot was programmed to automatically feed containers into the labeling system, ensuring a continuous and precise flow in the production line.

The implementation was carried out in several phases, starting with a detailed analysis of the specific requirements of the pharmaceutical company. Subsequently, GMG designed and integrated the robotic solution, adjusting the GP12 to work in harmony with the existing equipment. The configuration and testing process was meticulous, ensuring that the robot not only met expectations but also exceeded the sector’s quality standards.

Improvement of Results

Since the implementation of the Yaskawa GP12 robot, the pharmaceutical company has observed a series of tangible improvements. The speed of the labeling process has increased by 40%, allowing the company to meet the growing market demand without compromising quality. Additionally, the precision in label placement has significantly improved, practically reducing errors that were common in the manual process to zero.

Another notable benefit has been the reduction of downtime. The GP12, with its high reliability and easy maintenance, has decreased production interruptions, resulting in a considerable improvement in operational efficiency.

Conclusion

The implementation of the Yaskawa GP12 robot by GMG has proven to be a successful solution for automating the labeling process in the pharmaceutical industry. This initiative has not only improved efficiency and precision but also allowed the pharmaceutical company to strengthen its position in a highly competitive market. GMG continues to lead in the integration of robotic solutions, reaffirming its commitment to innovation and excellence in industrial automation.

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