EMPOWERING PEOPLE TO CREATE
PROFESSIONAL 3D PRINTER
AFFORDABLEThe Blueprinter provides the lowest Cost of Ownership in the market.
EASY TO USEEasy to operate automatic 3D printers for quick and efficient printing every day.
ANYTHING IS POSSIBLEThere are no limitations to the shape and complexity of the objects you wish to create with the Blueprinter.
WHY CHOOSE US
ARCHITECTURE3D prints of buildings, sculptures etc are created to any scale with Blueprinter, using the web based software. The solid prints, and practically limitless possibilities for creating shapes, are perfect for presentations.
MEDICALBlueprinter can provide the ideal output for printing bone structures for complex reconstructive surgery, or medical models for medical schools and hospitals. Having this facility can save hours in planning, and operating theatre time, meaning the patient spends less time under anesthetic and cost saving to the hospital.
EDUCATIONBlueprinter provides support for students working on technical projects, whether this be engineering or other areas of science education. Furthermore, Blueprinter is ideal for teaching students the application of powder based printing technogies.
100% WEB BASED
If you are someone who is new to the great and wonderful world of 3-D printing, then you will have to first know a lot of things before you get completely familiarised and then have a lot of fun. There will be some immediate challenges that you will face when it comes to 3-D printing technology. The first thing is that you will have a hard time distinguishing between the different processes and also the materials which are available. You will not know what the differences between the types of 3-D printing and that is something that you should learn immediately.
I agree that it can be pretty confusing at first because there are so many different acronyms and yes you will be forgiven if you mistake some of them. And yes it is important that you understand that 3-D printing is actually an umbrella term which will encompass a group of 3-D printing processes. There are actually seven different categories of additive manufacturing processes which have been identified and established; these are the seven that are available.
The material extrusion process is a 3-D printing process where the filament of the solid thermoplastic material is posted through the heat and then it will then melt in the process, the printer then deposit the material on the building platform along with a predetermined path and this is where the film and cools down and then solidifies into a completely solid object.
The material extrusion devices are some of the most commonly available, and they have also been known to be some of the cheapest types of 3-D printing technology on the entire planet. You will find that you are familiar with this fused deposition modelling. The exact way that it works is that a sample of a filament which is loaded into the 3-D printer and then it is fed through a printer and also in the head. The printer nozzle is then heated to a desired temperature, where the motor pushes the filament through the normal, which then causes it to melt.
The printer then moves the expression head along some specified coordinates and then it lays down the molten material on the building plate but then cools down and then solidifies. Once this layer is complete, the printer then proceeds to complete down another layer. This process of the printing is then repeated and then its builds layer upon layer until the object is completely formed. And then, completely depending on the geometry of the object, it is necessary sometimes to add some supporting structures, for example, if the model has a steep overhanging part.
These are a few types of 3D printing that are popular.