MINGDA MD16 3D Printer
£ 520 .00
- Build Volume: 160*160*160
- Frame: High-end Stainless Steel
- Filament: PLA, ABS, ASA, HIPS, etc.
- Printing speed: 0-200mm/s (adjustable)
- Layer Thickness: 0.05 - 0.3 mm
- Nozzle diameter: 0.4 mm
- Screen: LCD, color touch
If you buy this product 30% of the profit will be donated to Eworld Kids Foundation
MINGDA MD16 will leave no one cold with its eye-catching design, bright coloured frame and easy-to-use interface. Having a rather compact printing size of 160-160-160 mm, this best home 3D printer is the perfect learning tool for children and young adults to find out more about the physics, chemistry and engineering principles behind 3D printing. Despite the full metal frame, this device is quite portable and convenient to handle. It can be used to make various toys and miniatures, as well as small household items and other necessities. MINGDA MD16 3D printer uses an array of filaments, including PLA, ABS, ALA, HIPS, etc. It is compatible with all major operating systems: Windows, Mac and Linux for your convenience.
- Having a metal body with 2mm-thick aluminium ensures better precision and smoother results!
- This feature is important, especially in various educational environments and in open-space offices. Having the option to print without excessive noise will definitely give you peace of mind.
3.5-inch touch screen
- Another great feature important for classwork. It gives students easier access to the settings and the controls.
- Full metal nozzle will ensure even filament flow and great results.
- This is an advantage of MINGDA MD16, as it can be easily transported from classroom to classroom, from school to school, and virtually anywhere you like, completely hassle-free.
- This model is educational to the core, that’s why it has a specific construction: open enough to clearly observe the process, but protected at the sides to keep those curious fingers away from the hot heatbed.
- Feeding Tube
- Masking Tape
- Scraper Knife
- Diagonal Pliers
- Power Cable
- FIlament Holder
- SD Card
- Art Knife
High-end Stainless Steel
|Display & Controller
3.5 inch LCD touch screen
MINGDA brand 57 stepper motor gear
6mm thickness Alumina heating bed
STL, STP, OBJ, G-Code
Windows, Linux, Mac OX
stand 0.4mm MINGDA patent nozzle
|Max Printing speed
PLA, ABS, ASA, HIPS, Flexible/TPU, Wood, Nylon, Copper, Carbon Fiber, Aluminum etc.
Additive manufacturing or 3D printing is the technology where a three-dimensional object is being printed, layer by layer from a CAD model. Each 3D printer operates with special software, and the 3D models to print can be either downloaded or designed.
There are many different ways to carry out the printing process itself. The main distinctive feature between different printers and technologies is the thickness layer - the thinner the layer, the better and smoother the end product. The difference may be between a couple of millimetres to a couple of microns.
There are many areas of use for a 3D printer, from creating a home decore to education and industries. When it comes to industries, a 3D printer can innovate the production process of individual parts, bringing new materials to light and lifting the level of quality.
3D printers can easily be used by tech-fans, people who like building models, cars, aeroplanes, and others, and also by those who see it as a fun hobby. Most intricate models, the smallest parts, and complicated shapes can be printed.
Many various 3D printing processes exist. The first one ever created was SLA. However, the most commonly used one today, especially for educational and home use purposes as a desktop printer is the FDM (Fused Deposition Modeling). They are comparatively cheap and easy to use, hence their overwhelming popularity.
The most commonly used materials are plastics that include PETG, ABS, and PLA. Of course, many other materials can be used in 3D printing with FDM technology; however, their use depends on the printer itself and its ability to process them.
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