Hamlet HP3DX200E 3D printer Fused Deposition Modeling (FDM)

The Hamlet 3DX200E printer was designed for demanding customers looking for a maintenance-free product, created in a desktop-type format that makes it installable in even small spaces and with limited energy consumption. Hamlet 3DX200E, satisfying all these characteristics, is suitable for use both in small and medium-sized companies and in the educational sector (school/university). The full compatibility with natural printing materials such as PLA also makes it usable for printing disposable prototypes which are essential to help in the design phases of industrial finished products.

The 3D printer is the essential tool for transforming digital ideas into tangible objects with precision and creativity.

The Hamlet 3DX200E printer allows you to create working prototypes and finished models starting from a simple mathematical file and an ABS or PLA plastic filament. The printer uses FDM (Fused Deposition Modeling) manufacturing technology by additive deposition of a layer of thermoplastic material. The object is then created in successive layers placed one on top of the other with a minimum adjustable height of 0.05 millimeters.

The print head allows you to heat the material in a range of temperatures compatible with all the main printing materials based on natural and non-natural polymers. The printing bed is heated and can be set to a temperature sufficient to allow the first layers of the printed object not to be affected by thermal changes after extrusion. Furthermore, the heated bed is equipped with a knurled and flexible carpet with magnetic fixing. This solution allows you to quickly and safely remove objects after printing.

The color LCD display allows you to monitor the printing process and view more information such as execution times, temperatures and other variables. The display, equipped with touch technology, can also be used as an input keypad to change, if necessary, all the printer parameters and settings. The body of the printer has a design based on small dimensions and maximum visibility of the object being printed. In addition to this, the transparent panels on the side walls are easily removable to further improve cleaning and visibility.