Dremel Digilab 3D45 3D Printer Review 2020 – is the Dremel Digilab 3D45 Printer worth the money? Review of features, pricing, print quality and more.
The Dremel DigiLab 3D45 3D Printer is designed to be remarkably dependable and easy to use, which are two critical factors for the intended markets. This 3D printer is priced at $1,799, which means it an affordable option for individuals who require reliability and safety in the workshop or classroom.
• Nozzle unclog device
• SanDisk 16GB USB Flash Drive
• 2x filament spool
• 2x Glue stick for better print bed adhesion
• Quick start guide
• User manual
• USB cable
• Power cable
• DigiLab 3D45 3D Printer
• Object removal scraper
Design and Features
The Dremel 3D45 has the capacity to tackle more innovative materials that have a requirement for high printing temperatures. These include polycarbonate, Nylon and EcoABS, which is a more eco-friendly formulation of traditional ABS.
The DigiLab printer includes a removable build platform and its maximum build volume is 10 x 6 x 6.7 inches. In addition, it has a heated bed and the semi-automatic bed leveling has a simple two-point system, which makes the process of leveling tremendously easy. The Dremel DigiLab has a 4.5-inch color IPS touchscreen, which precisely shows users the degree to which each knob should be twisted in order for the print area to be evened out.
Where precision is concerned, the Dremel DigiLab 3D45 has the capacity to print objects with a 50-micron resolution. On top of the high-temperature extruder, this printer is equipped with a complete enclosure as well. This helps to keep the temperature of the build chamber stable. In spite of being encapsulated, you will still be able to easily tinker with and observe the printing process. The door and lid of this 3D printer is entirely transparent; in addition, both can be opened during the process of printing images.
When the proprietary filament supplied by the manufacturer is used, there is an RFID reader that recognizes the type of filament automatically and adjusts the settings of the printer as it sees fit. This makes the life of both the student and teacher easy. Users can start printing their 3D projects as soon as the loading of the material is completed. After the Dremel material is loaded into the internal spool holder, the printer will be capable of instantly detecting the spool and preparing the settings for upcoming print.
• Set up and use are easy and safe
• Exceptional print quality when proprietary materials are used
• Wide-ranging 3D printing ecosystem designed for education
• Designed to heighten reliability and safety
• Versatile cloud print management software
• Prints nylon
• Print quality is lowered when third-party filament is used
• Closed system guarantees reliability and safety; however it limits creativity
• Typically struggles with Nylon and other more advanced materials
• Touch screen leaves a lot to be desired
There is a range of advanced materials with which this very impressive Dremel machine is compatible. The printer is available with two spools of Eco-ABS and Nylon from the Dremel Brand. There is also PLA but more advanced users can place that on the backburner for now and go straight into the materials that are harder to print.
Testing the Printer
If you test out this printer with the renowned 3DBenchy model, which is basically a torture test that is used among members of the 3D printing community to determine how well or how poorly this type of printer performs with challenging design features and geometries. Before you can start extruding, the proprietary Eco-ABS filament will have to be loaded into the compartment of the spool holder which is integrated into the side of the machine.
The process used to load the filament is quite easy. The spool will snap right into place and it is inserted on top of the print chamber, in which there is a filament guide clip that is designed to hold the filament in place as it gets fed into the extruder. The Dremel DigiLab 3D45 is capable to instantly recognizing and preparing the machine for the Eco-ABS by way of the RFID chip.
The initial Benchy model that was printed was exceptional. You will be tremendously impressed with how this DigiLab printer is capable of seamlessly printing with ABS without any issues surfacing. Just about all the design features that are integrated into the little boat were impeccable, from the cylindrical shapes to the surface overhangs. The exterior of the Benchy model is remarkably smooth; this is largely as a result of its sleek black filament color. The layering issues that were identified were barely noticeable.
How it Compares to Other Similar Printers on the Market
Among the distinctive advantages that the Dremel Digilab 3D45 3D Printer has over other comparable printers in its category is the vigorous educational ecosystem with which the machine comes. The manufacturer of this printer has established a syllabus for students of varying ages; this ranges from elementary students to those at the university level. From biotechnology projects to mathematical lessons, the Dremel DigiLab printer syllabus seems to have something for individuals at every academic level.
In addition, there is Thingiverse and other resources that are designed to also deliver educational projects and lessons. Furthermore, a comprehensive STEM-based syllabus has been developed by the manufacturer for individuals in the age group K-12 and for those pursuing higher education. Along with the protection and convenience supplied by this 3D printer, it is not difficult to understand why the Dremel Digilab 3D45 3D Printer has found itself in a category among the most desirable options within the educational sector.
The 3D printer also has fabrication tools that are particularly designed for the use of educators. This can be clearly seen in the collection of lesson plans that are ready to use and include a variety of projects centered around STEM-based subjects. By packaging this impressive 3D printer, software and materials together, the Dremel 3D45 has succeeded in producing a functional and accessible workflow and this is pretty much ideal for the classroom setting.
Charles Stephenson received a Masters Degree in Engineering from MIT University. Charles has been working in the Industrial 3D Printing industry for over 5 years. Charles regularly contributes content to several 3D Printing websites including Pirate3D.com.