3D Printers
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- Filament: Plastic filament (e.g. PLA, ABS, PETG) that is heated, melted, and deposited layer by layer to create objects in FDM 3D printers. Affordable, easy to use, wide variety of materials.
- Resin: Material that hardens when exposed to UV light, used in resin 3D printers for high-detail prints. High detail, smooth surface, ideal for small objects.
- For Home / Hobby: An ideal choice for entry-level users and makers, featuring reliable printers (Single Extruder) with user-friendly speeds, focusing on the perfect balance of price and performance for personal projects.
- For Schools / Education: Priority on safety and ease of use in educational environments with fully enclosed models for protection from moving parts, containment of fumes, and the ability for remote control via Wi-Fi.
- Professional / High-End: Top high-end solutions for demanding applications, including resin printers, Dual Extruder systems, and industrial speeds, fully meeting the needs of engineers and professionals for uncompromising performance.
- Fully Enclosed: Printers with a fully enclosed chamber that traps heat and prevents drafts. This is essential for avoiding warping with challenging materials like ABS and ASA, while also reducing noise and odors.
- Auto-Leveling: It is a system that automatically measures the surface of the print bed and adjusts the nozzle height, so that the first layer is laid correctly without manual calibration.
- Camera: The camera in 3D printers allows remote real-time monitoring of the printing process and checking for potential issues without physical presence.
- Assembled: 3D printer ready to use with minimal setup.
- Assembly Kit: 3D printer that requires assembly before use.
- DLP: Uses a digital projector to solidify entire layers of resin at once. Very fast technology with a long lifespan for the light source. Ensures high detail and consistent quality in every print.
- FDM: It is based on heating plastic filament, which is extruded through a nozzle and deposited layer by layer to form the object. It is the most widespread method for everyday use and basic prototypes.
- FFF: It works exactly like FDM, melting spools of plastic filament. It is the term used by all home 3D printers. Ideal for hobbyists due to low cost and ease of use.
- MSLA: It uses an LCD screen as a "mask" over an LED light source to cure the resin. It combines high speed with high resolution at a very affordable purchase cost.
- SLA: Hardens liquid resin using a laser beam for ultimate precision. Offers the best surface quality for jewelry and prototypes. A slow method that requires careful cleaning of the finished object.
- Thread extrusion mechanism. The dual and triple extruders assist in printing with multiple colors and simultaneous printing of designs.