High-Quality Printing Powered by a Robust Extruder
The 3D45’s direct drive, all-metal extruder is engineered for smooth, reliable prints. It’s clog-resistant and heats up to an impressive 280°C, giving you the flexibility to use a range of different materials. With built-in filament run-out detection, the printer automatically pauses and resumes your job when new filament is loaded. Precision leveling is handled by the built-in automatic leveling sensor, ensuring consistently high-quality prints.

Mobile Compatibility for Convenient Printing
Whether you’re on a desktop, Chromebook, or iPad, the 3D45 is compatible with all devices through Dremel’s cloud and downloadable software. Control key print settings like size, resolution, in-fill density, and support structures with ease. Thanks to the dedicated processor and cloud print servers, you can expect fast, reliable cloud printing from any mobile or desktop device.

Network-Friendly and Easy to Administer
The Dremel 3D45 offers seamless network integration, equipped with Static IP, Proxy, and Dual 1GHz processors for fast, reliable connections. You can connect via LAN, Wi-Fi, or Cloud, making it easy to manage and print from anywhere. The administrator portal lets you control access, manage print queues, view history, and run analytics. Plus, with the built-in camera, you can monitor prints remotely and even share access to printers with users in different locations.

Ultra-Fine Print Resolution and Quality
The Dremel 3D45 excels in print quality, capable of handling complex overhangs of up to 80 degrees. It delivers ultra-fine detail with a print resolution of 50 microns (1/20th of a millimeter). Built with high-quality components, the 3D45 has been rigorously tested by Bosch for 800 hours and certified by UL, ensuring exceptional safety and performance standards.

Stronger, More Functional 3D Prints
With the ability to print using a variety of filament types, the 3D45 allows you to create more durable and flexible parts. Filaments like ECO-ABS and Nylon can handle more stress and wear, making them ideal for functional parts such as brackets, gears, and other durable components. This versatility gives you more options for creating strong, functional 3D models.
