"The production of the glass container starts with the design of the mold. The more precisely the mold is designed and manufactured, the better its quality in terms of glass distribution, visual appearance, strength and weight," says Philipp Amrhein, Manager New Product Development & Mould Design at Gerresheimer in Lohr (Germany). The weight of bottles, flacons, and jars in particular plays an important role in energy consumption and therefore in both production and transport logistics. Considering all chemical and physical glass parameters, the molding production process and the design of the molds are optimized with the aid of digital simulation on the computer. The mold cooling is also optimally designed for the respective process by means of CFD simulation. This leads to stress reductions in the glass container and thus to an effectively improved quality of the entire production process, for example by avoiding high scrap rates.
Reduction of development time by up to 70 percent
What used to take lengthy, empirical trials to achieve a stable production process is now done in a matter of minutes, at the push of a button so to speak, using computer-based simulation software. Subsequently, the results are transferred via interfaces directly to the three-dimensional CAD software of the mold design department, and the mold processing machines use them directly to create the mold tools. It is also gratifying that the simulation software reduces development time by up to 70 percent.
Rapid detection of vulnerabilities
Based on the well-known finite element analysis, also known as the FEA method, the stresses resulting from the product requirements are calculated on the glass containers. Based on these results, weak points can be avoided even before the finished article drawings of the product. In the meantime, computer-aided simulation of the molding process and product requirements has become an indispensable part of daily mold design. As part of Gerresheimers continuous improvement process, it is indispensable.
The global volume of packaging is constantly increasing and with it the negative impact on the environment. The transition to a circular economy is an important concern for Gerresheimer. The company wants to improve the environmental impact of its products throughout their entire life cycle – including production, transport, use and disposal.
Gerresheimers products play a crucial role in the safe transport, storage, and administration of its customers’ products. In many cases, the packaging solution is an integral part of the system, without which some medications would not be as user-friendly and safe. In this way, the company lays the foundation for a user-friendly, safe, and high-quality product right from the development process and aims to ensure that the environmental impact is considered from the outset.
Gerresheimer is the global partner for pharma, biotech, healthcare, and cosmetics with a very broad product range for pharma and cosmetics packaging and drug delivery devices. The company is an innovative solution provider from concept to delivery of the end product. Gerresheimer achieves its ambitious goals through a high degree of innovative strength, industrial competence and concentration on quality and customer focus. In developing innovative and sustainable solutions, Gerresheimer relies on a comprehensive international network with numerous innovation and production centers in Europe, America, and Asia. Gerresheimer produces close to its customers worldwide with around 10,000 employees and generates annual sales of more than €1.4 billion. With its products and solutions, Gerresheimer plays an essential role in people’s health and well-being.
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