For many recipients of 3D prints in FDM technology, the rough texture of the external surfaces of the obtained model is a problem. It results directly from the printing process in this technology.
Therefore, in order to get rid of the unwanted invoice, additional processing after printing the so-called post-processing. One of the options to get rid of this drawback is the chemical method we offer. For this purpose, we use the specific properties of certain polymers reacting with chemical vapors, mainly from the group of alcohols. Due to the processes taking place on the surface, the model obtains a smooth surface and higher mechanical resistance.
The DLP method to create geometry uses high-energy UV light, which allows for bonding the layers of the model created from liquid resin. It is one of the oldest techniques for incremental prototyping. Printouts in this technology are characterized by high accuracy, which is why it is perfect for printing small elements or with a large number of details to be reproduced. Nevertheless, it also has its drawbacks. Unfortunately, the prints from DLP printers are quite fragile, which does not allow them to be used on elements subjected to long-term loads, e.g. in machine parts, etc.
The most frequently printed elements are figures for party games, after careful painting you can reproduce virtually every missing item!
The FDM (Thermoplastic Extrusion) method consists in creating a model with layers of polymer material, the so-called filament. It is mechanically extruded from a heated nozzle placed in an extruder moving in two or three axes depending on the design of the printing machine. The material is melted to the desired pour point in a heated die. Then it is applied in layers in the form of a thin fiber on the work surface where it cools down and joins the previously applied layer. In the case of this technology, our customers have many modern materials at their disposal. Details in the valuation tab.
We also use photogrammetric techniques. They allow for quick 3D geometry mapping using photos of the object. Completion of the entire process allows you to minimize the time needed to create the geometry of damaged components.
The resulting cloud of points can be easily converted into a different type of CAD file. Photogrammetric processes are also used in geodesy and archeology to create field maps and document archaeological sites.
Our activity is focused on providing services in the field of broadly understood 3D printing. We have access to two different incremental techniques - FDM and DLP, thanks to which we are able to perfectly match the technology to Your requirements.
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Malinie 523B
39 - 331 Chorzelów
tel. +48 884 756 734
oleszekprototypes@gmail.com
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