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We are happy to advise you. Please contact our team for further information. info@am-pioneers.com
Consultation
The additive manufacturing method enables the optimized design of functional MIM components following a detailed potential analysis. As a 3D printing service provider, we use a detailed potential analysis to assess the technical and economic feasibility of your production request.
In a comprehensive evaluation, constructive, mechanical, functional, economic and ecological improvements through additive manufacturing options are examined.
In this context, a comparison of the additive manufacturing method with conventional manufacturing processes is also drawn up.
The decisive advantage over the classic MIM process? The time-consuming and expensive production of a tool is completely eliminated! While the production of a series tool can take 5 to 6 months, metal 3D printing enables the production of an iteratively optimized MIM component within 2 to 3 weeks.
PRODUCTION
As a 3D printing service provider, we manufacture your MIM components using the metal binder jetting process in our in-house machine park. We use 3D printing systems from the manufacturer Desktop Metal. The market leader offers the most advanced 3D printing technologies and materials for the production of complex metal components: from individual to series production. The systems are characterized by their high precision, printing speed and cost efficiency. Desktop Metal attaches great importance to the effortless operation and integration of the systems into existing production environments.
The Desktop Metal Shop System: the printing solution known as the turnkey solution is the best-selling binder jetting system in the world. The system enables the effortless printing of end-use parts with high-quality surface finishes while maintaining tolerances.
The InnoventX system: The open platform offers the option of processing a wide variety of alloys and setting a wide range of process parameters such as the layer height and flow time of the binder. The process offers a suitable solution for inquiries with high surface requirements.
QUALITY CONTROL
We use 3D scanning to check the quality of the printed MIM components. As an experienced 3D printing service provider, we rely on measuring devices from ZEISS GOM Metrology, which are characterized by their precise networks and high level of detail. The scanned models are intensively checked using intelligent software in order to identify even minimal deviations and irregularities. A quality assessment of the component is then created and any necessary adjustments are implemented immediately.
The ISO 9001 certification confirms that we have implemented an effective quality management system aimed at the continuous improvement of our processes and the satisfaction of our customers. By complying with this international standard, we ensure that our products and services consistently achieve high quality standards.
