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The plastic jet printing or also known as PJP is one of the sought after 3D printing technologies available today. As a matter of fact, this is a solid based prototyping procedure involving extrusion plastic material layer after layer until the model is complete.

 

PJP systems are made from a build platform, extrusion nozzle and control system. The technology to create 3D prototypes are executed by extruding and heating plastic material filaments. The extrusion nozzle is going to move over to build a platform in X and Y directions and draw a cross section of subject on the platform.

 

It is used most often due to the reason that this form of technology is using engineering grade thermoplastic and at the same time, a reasonable printing technology. The parts are being built from the process and very durable and strong while most are functional in the testing applications. By using such technology, you will be able to create your parts straight into nylon, polycarbonate, ABS and several other materials. Thermoplastics used in PJP technology are very ideal for applications that call for environmental stability, tolerance and toughness as it has already been tried and tested. Check out this website at http://money.cnn.com/2017/04/11/technology/formula-1-3d-printing/ for more facts about 3d printing.

 

Printers that are running on PJP technology is going to build parts layer after layer from bottom up through heating and extruding of the thermoplastic filament. Well the real question here is to how simple the process is.

 

Pre processing - in this 3D printing technology, this is actually the first stage. In pre processing stage, the build preparation software is positioning and slicing the CAD file and then, calculating the path to extrude thermoplastic and several other supporting materials that are needed for its creation.

 

Production - by the time when the preparation is completed, the printer is going to heat the material in to a semi liquid state and then, depositing it in bids that are so fine plus the calculated extrusion path. The printer will deposit a material that's removable like scaffolding as for areas where support or buffering is needed.

 

Post processing - this is the last stage in plastic jet printing wherein the support materials are broken away so you will only be left with a ready to use object or part. Supportive material can be easily eliminated by dissolving in detergent or water, learn more here! 

 

 

As a matter of fact, there are many different reasons to why PJP is quite a popular 3D printing technology that is used even by professionals. A few of the benefits that you can enjoy includes the fact that the technology is easy to use, friendly for office settings and clean, production grade of the thermoplastics are supported by technology and mechanically and environmentally stable, PJP also makes practical complex geometries as well as cavities that is otherwise problematic, request a quote here!