10K resin detail
The 7 in mono LCD screen captures incredibly fine textures.
These resin and filament machines offer high-precision 10K resolution and native multi-color printing for detailed hobbyist projects
The 7 in mono LCD screen captures incredibly fine textures.
Print with up to 19 colors using the ACE 2 Pro system.
Simplified controls make it easy to start a job immediately.
This catalog highlights 10K resolution LCD screens for resin printing and native 4-color systems for filament models. These machines focus on high-speed output and high-precision finishes for complex geometries.
The Photon Mono 4 often comes paired with Wash and Cure stations. This creates a complete workflow for cleaning and hardening resin parts after they finish.
The Kobra X series supports native 4-color printing out of the box. Users can expand this to 19 colors using additional ACE 2 Pro units for highly complex visual models.
The 10K mono LCD screens provide a level of detail that is perfect for miniatures and jewelry. These screens allow for faster curing times and sharper edges.
Many of these models are pre-assembled or feature one-click printing. This reduces the time spent on assembly and calibration for new users.
The 10K screen on the Photon Mono 4 shows details I could never see on my older printers.
Printing in four colors natively with the Kobra X makes my prototypes look professional without any painting.
The Wash and Cure bundle saved me so much time when processing my resin prints.
The Photon Mono 4 features a 7 in 10K mono LCD screen. This provides high-precision results for very detailed resin models.
The Kobra X supports native 4-color printing. It can be expanded to handle up to 19 colors when used with four ACE 2 Pro units.
Yes, this catalog includes bundles that pair resin printers with Wash and Cure 3.0 or 2.0 stations. These machines help clean and finish resin prints safely.
Many models in this set are listed as pre-assembled or feature easy one-click printing. This makes them accessible for users who want to avoid complex mechanical assembly.