10 micron micro nano 3D printing system

Micro nano 3D printing microArch ® S240ABased on Mofang Precision's innovative P μ SL technology, it has a high-precision printing capability of 10 microns and supports printing with photosensitive resin and ceramic paste. The system is equipped with an automatic leveling system, which integrates three major functions: platform automatic leveling, film stretching automatic leveling, and rolling cutter automatic adjustment. It enables fully automatic operation mode for process parameter setting, liquid level leveling, and leveling time, achieving intergenerational leap in printing quality stability and process universality.

1. Micro nano 3D printing microArch ® S240AEquipment advantage: AchievingTriple balance of speed, size, and accuracy

In the past, high precision often meant sacrificing speed and size, while microArch ® The S240A has successfully broken this limitation through multiple hardware and algorithm optimizations. The device is equipped with a large format high uniformity optical engine, supporting a maximum build volume of 100mmx100mmx75mm, achieving wider component adaptability while maintaining a resolution of 10 μ m. High strength industrial grade component design ensures long-term stable operation, suitable for scientific research institutions and industrial users with strict requirements for batch consistency.

In addition, the S240A is equipped with a liquid tank heating system, which is compatible with more material processing and offers a variety of high-performance photosensitive resin materials (including high temperature resistance, high toughness, high transparency, and biocompatibility materials), further expanding its application boundaries in functional product manufacturing.

2. Micro nano 3D printing microArch ® S240ASpecifications

3. Micro nano 3D printing microArch ® S240AApplication field

1) Biomedical Endoscope: Utilizing microArch ® The characteristics of high precision, high efficiency, high quality, and high design freedom of S240A have demonstrated significant advantages in the field of medical equipment and instrument manufacturing. It can be used to construct biomedical structural components such as medical endoscopes, and can achieve in-situ manufacturing of complex geometries such as micro pinholes, built-in channels, and curved optical elements. It is suitable for micro lens systems or optical windows in endoscope tips.

Mofang Precision Micro Nano 3D Printed Ceramic Endoscope Structure

2) Micro needle:

利用microArch® S240AIt can achieve diverse structures such as conical, pyramid shaped, hollow, and groove shaped, providing optimal release pathways for different drug molecules. For example, hollow microneedles can achieve instantaneous injection of liquid drugs, while groove microneedles can be embedded with sustained-release materials to achieve long-term drug delivery.

Mofang Precision Micro Nano 3D Printing Drug Delivery Microneedle Array

3) Microfluidic chip:

microArch® S240ASupporting precision molding of high viscosity photosensitive resins and various functional materials, combined with professional 3D modeling software, flexible design and multi-mode integration of microfluidic chip structures can be achieved, significantly simplifying traditional chip preparation processes.

Mofang Precision Micro Nano 3D Printing Precision Microfluidic Structure

4) Aerospace:

microArch ® The S240A supports ceramic slurry printing,It can be used to construct microwave ceramic devices with complex geometric shapes, providing strong technical support for the manufacturing of miniaturized and high-performance filters.

Mofang Precision Micro Nano 3D Printed Ceramic Filter Substrate Structure