Nordmann bietet ein umfassendes Portfolio von Standard-Thermoplasten an, darunter das TotalEnergies Portfolio mit PP, PE, PS und EVA, die für viele verschiedene Anwendungen eingesetzt werden können.

One of our core competencies is the production of stamped and bent parts using precision tools, which are manufactured in our in-house toolmaking department. Depending on the batch size, we realize your requirements either semi-automatically or fully automatically on modern stamping and bending machines.

We draw on in-depth expertise in the manufacture of innovative compounds made from conventional and bio-based raw materials. We tailor these compounds to the specific needs of our customers. Our unique know-how in polymers, additives, and fillers gives us the decisive edge, especially when it comes to developing solutions for sophisticated technical applications. Excellent mechanical properties and optimal processability make our compounds the perfect choice for a wide range of industries. As a family-owned company, we are committed to sustainability. Driven by this philosophy, we develop concepts that conserve resources by using recyclates. We collect materials including recyclates from our own film production as well as re-granulated materials from our customers and as far as possible use them as feedstock for new compounds. Our portfolio of high-end thermoplastic compounds covers non-filled and mineral or glass-fiber-filled granulates. These are equally suitable for injection molding, extrusion, and filament production. Our customers can choose from a portfolio of standard compounds. This enables us to accelerate the development process and the time-to-market for our customers. We can customize any standard compound to meet the required properties of the end product. Our latest product developments also include compounds with high impact resistance and electrically conductive compounds.

Using the SLA method, the layers are formed by curing a liquid photosensitive epoxy resin with a UV laser. This method allows very filigree, dimensionally stable parts of any geometry with a vertical process accuracy of +/- 0.05 mm with high surface quality. The components of this process are also due for functional tests (e.g. optical fiber). With our machines we are able to manufacture parts with layer thicknesses of 0.05 to 0.15mm in dimensions up to 500x500x500mm manufactured one-piece. Larger components can be manufactured in several parts and then joined.. The materials we use are suitable for the automotive industry, medical technology, consumer goods, etc., we also feature materials that are biocompatible according to USP Class VI !

The original model for subsequent processes. Extremely precise and produced in just a few hours: From your CAD data, we can create an exact prototype with no need for mould making – as a display model in the initial project phase or as the basis for subsequent processes such as vacuum casting using silicone moulds. The latest laser technology is used to set liquid epoxy resin in layers. This creates a fi nely detailed threedimensional model with functional areas, undercuts, and clean surfaces. The advantages: The fl exible, impact-resistant material is also suitable for snap-in hooks and catches. Transparent samples can be created, as can prototypes that are larger than the standard construction space sizes. In the latter case, the components are normally produced in several pieces and then precisely joined using adhesion bonds. • Production tolerances of approx. ± 0.1 mmm • Available machines: - SLA 3500 max. construction space size of: 250 x 250 x 250 mm - SLA 5000 max. construction space size of: 350 x 350 x 400 mm - max. construction space size of: 500 x 500 x 500 mm • Design appraisal • Checking of functional principles • Layer thickness 0,1 mm • Delivery times of approx. 3-5 days following submission of data • Easy mechanical fi nishing, e.g. thread insertion • Basis for vacuum casting

Die PEENMATIC®-Reihe umfasst verschiedenen Modelle und Baugrössen von Microstrahlkabinen, welche nach dem Injektor-Prinzip arbeiten. Die unterschiedlichen Baugrössen decken einen weiten Bereich von Anwendungen und Werkstückgrössen ab. Anwendungen: - Erodierte oder geschliffene Oberflächen reinigen oder verdichten - HSC gefräste Oberflächen uniformieren und texturieren - Microstrahlen als Vor- oder Nachbearbeitung beim Polieren - Oberflächen von lasergesinterten Teilen reinigen und verdichten - Gezielte Strukturierung oder Aufrauhen von Oberflächen - Stufenweise Feinstbearbeitung mit iepco – TRIBOFINISH® - Reinigung und Entfernen von Loseteilen