Dremell DigiLab 3D45 3D Printers

Reliable Printing Starts with the Extruder

Designed for high quality and reliability, this is the engine that powers the 3D45 forward. The direct drive, all metal extruder is clog resistant and delivers smooth 3D prints. This high-powered extruder heats up to 280°C for flexibility indifferent print materials. The Filament Run-out detection resumes printing where you left off when filament runs out. The Built-in automatic Leveling Sensor adds precision leveling for even more reliable printing.

Chromebook and iPad Compatible

Dremel offers both Cloud and downloadable solutions and is compatible with all mobile and desktop devices with an Internet browser. Dremel software allows you to control the size, placement, orientation, resolution, in-fill density, add supports and much more. The 3D45’s dedicated processor and print cloud servers make cloud printing reliable and fast.

Easy to Network and Administer

Equipped with Static IP, Proxy and Dual 1GHz processors, the 3D45 is easy to network and fast. Connect by LAN, Wi-Fi or Cloud. Dedicated cloud software servers ensure high speeds and stability on mobile devices, desktop, chrome books or iPads.

When using 3DPrinterOS Cloud’s software, manage user access, queue prints, view print history and run reports and analytics. Use the built-in camera view to access and select available printers to send a job to. Share access to your printers with remote users in other locations.

High Quality and Resolution

Dremel 3D printers are high-performance printers which can print difficult overhangs (up to 80 degrees). They deliver ultra fine resolution with 50 Micron (1/20th of mm) layers in print thickness. They are manufactured using high quality components, internally tested by Bosch (800 hours) for safety and performance and 3rd party tested by UL.

Print Functional Parts

One of the advantages of using different filament types is the ability to print stronger, more flexible, and more durable parts. Filament such as our ECO-ABS or Nylon can withstand more stress, making them better for functional parts (brackets, gears, etc.) vs. printing in PLA.