Pharmapack 2017: Gerresheimer simulates mould making

Process simulation result – temperature distribution analysis
Process simulation result – temperature distribution analysis
Process simulation result – temperature distribution analysis
Process simulation result – temperature distribution analysis
Process simulation result – temperature distribution analysis
Process simulation result – temperature distribution analysis
Process simulation result – temperature distribution analysis
Process simulation result – temperature distribution analysis

Simulation of the glass moulding process with flow analysis software

Düsseldorf/Paris, January 25, 2017. The first part of the glass production process is the development of the moulds. The more precise the moulds are, the higher the quality of the bottles that are manufactured with them. Perfectly even glass distribution in the mould is crucial to the strength and stability of these highly sensitive products. Gerresheimer achieves this with simulation software that calibrates the production parameters on the basis of CFD (computational fluid dynamics). This improves product quality and reduces development times.

“Our customers want lightweight yet stable products,“ said Philipp Amrhein, New Product Development & Mould Design Manager at Gerresheimer Lohr. To meet that requirement Gerresheimer uses a simulation software that was especially developed for the moulded glass production process. It optimizes the designs of the moulds and the moulding processes by taking all the chemical and physical parameters of the glass into account.

In the past, lengthy empirical tests were necessary to achieve a stable production process. Today, simulation software performs the same task in a matter of minutes. The results are transferred via interfaces straight into the 3D CAD software for mould design. This mould design data is then quickly made available to the mould-making machines so that the moulds can be manufactured. The simulation software shortens mould development time by up to 70 percent.

A finite element analysis (FEA) is a numerical method of calculating the stresses that the glass container will be exposed to on the basis of the product specifications. The results of the FEA help to eliminate weaknesses even before the product drawings are finished. Computer-aided simulation of the moulding process and product specifications is today an essential aspect of the mould making process. It is also indispensable to Gerresheimer’s continuous improvement process.

3D CAD component for the preform process

3D CAD component for the preform process

Further information

Gerresheimer Primary Packaging Glass

About Gerresheimer

Gerresheimer is a leading global partner to the pharma and healthcare industries. The company’s special glass and plastic products contribute to health and well-being. Gerresheimer is a global organization with about 10.000 employees and manufacturing operations in the local markets, close to customers. With plants in Europe, North and South America and Asia Gerresheimer generates revenues in excess of EUR 1.4 billion. The comprehensive product portfolio includes pharmaceutical packaging products as well as convenient and safe drug delivery systems such as insulin pens, inhalers, pre-fillable syringes, vials, ampoules, bottles and containers for liquid and solid pharmaceuticals with closure and safety systems, plus cosmetic packaging products.

再也不会错过Gerresheimer AG的更新和趋势了!
订阅通讯

联系我们!

您有什么问题吗?
我们很乐意帮助您!

邮箱: info-china
电话:186 6119 5281 (微信同号)

留言

工作机会