Microelectronics and Flexible Electronics: Printing of conductive patterns, electrodes, and antennas for the development of sensors and flexible electronic devices 
Biomedical: Fabrication of biochips, microarrays, and cell scaffolds, as well as structures for tissue engineering and microfluidic analysis 
Materials Research: Printing of nanostructures and functional thin films for exploring material properties and applications 
Optics and Sensing: Fabrication of microlenses, gratings, waveguides, and chemical or biological sensors 
Rapid Prototyping: Accelerates the development of new products or devices and can partially replace conventional photolithography processes

• Stage travel range: X-axis 300 mm, Y-axis 300 mm, Z-axis 60 mm
• Maximum substrate size: 250 mm × 250 mm
• Self-priming ink supply for the printhead
• Minimum achievable linewidth: ≤ 30 μm
• Supported ink viscosity: ≤ 450 cps
• Capable of printing continuous (non-discrete) microstructures, including lines and thin films formed in a single continuous process
• Droplet deposition without impact on the substrate, eliminating satellite droplets
• Editable pattern geometries: dot arrays, continuous lines, polylines, arcs, and continuous thin films
• Equipped with a real-time CCD video monitoring system

• Stage travel range: X-axis 300 mm, Y-axis 300 mm, Z-axis 60 mm
• Maximum substrate size: 250 mm × 250 mm
• Self-priming ink supply for the printhead
• Minimum achievable linewidth: ≤ 30 μmSupported ink viscosity: ≤ 450 cps