Built for Professionals
Sonic mini 4k is Compact & Lightweight that can easily fit your working area without additional requirements
With its strong and solid Body Construction it provides better stability while printing long hour 3d models
Easy Accessibility with USB Flash drive provides users to print with a few taps
Print Complex Parts with Accuracy
Get Precise and Consistent Parts
Sonic Mini 4k is equipped with Ultra high definition 4k resolution screen which enables printing up to 35µm with 722 PPI, the highest PPI ever
Print 4 times faster than conventional resin printers with its Monochrome LCD Screen, that is highly efficient and produces uniform exposure with Para LED Technology
Providing you best results in the long term saving up on time and maintenance cost
Technical specifications
System
Phrozen OS
Operations
2.8in Touch Panel
Slicer Software
CHITUBOX V1.6.5
Build Volume
5.2 x 2.9 x 5.1 inches (L x W x H)
Connectivity
USB
Technology
Resin 3D Printer – LCD Type
Light Source
405nm Para-LED Matrix 2.0
LCD Screen Size
6.1″
XY Resolution
35 µm
Layer Thickness
0.01-0.30 mm
Printing Speed
80 mm/hour
Power Requirements
AC 100-240 V~50/60 Hz
Printer Size
9.8 x 9.8 x 12.9 inches (L x W x H)
Printer Weight
5 kg
Compatible with a variety of 3D Printing Resin
Phrozen Sonic Mini 4k is compatible with resins which works at UV wavelength of 405 nm
Supports best selling 3rd party resins
Smooth Finish, Low Odor, Fast Curing, Low Volume Shrinkage, Excellent Fluidity
Biodegradeable, Low Svolume hrinkage, Quick Curing, Low Odor, Excellent Fluidity
Sonic Mighty 4k is compatible with best selling Castable Resins which works at UV wavelength of 405 nm
Now you can print from filigree to medals, as well from chaton settings to signet rings.
Excellent casting of small engravings, Fast Curing, No need of post-curing, Best for Direct Casting
Prototyping Workflow
Grit 3D manages the complete prototyping workflow for our customer. We eliminate all the hassle and learning curve when it comes to design and 3D Printing.
Prototyping starts with 3D designing on CAD software and preparing an STL file which is readable for any slicer software, which develops a file that is an instruction code for the 3D Printer
After selecting the correct print settings and slicing the STL file, the file is sent to 3D Printer over wifi or a USB. Intended Resin material is added, the shroud is covered and the printing starts
Once the printing is finished, the resin printed parts need to be washed in IPA solvent, the supports are removed (if any) then carefully cured under UV Light inorder to achieve their optimal mechanical properties
