Nano 3D Printer
Semiconductor Laser Array Micro Nano 3D Printer 50mm Height 2μm Accuracy
High-efficiency micro nano 3D printer using patented Subpixel Microscan Technology. Achieves 2μm accuracy,
Prismlab MP-36-3L SMS Technology Micro Nano 3D Printer 2um for Dental
High-efficiency micro nano 3D printer with Subpixel Microscan Technology. Prints at 2μm accuracy, over 700mm³/H speed, and no stitching marks. Patented auto vibration isolation. Ideal for dental applications.
Prismlab MP-36-3L Micro Nano 3D Printer 2μm Accuracy SMS Technology High Speed
The MP-36-3L micro nano 3D printer features patented Subpixel Microscan (SMS) technology for printing speeds over 100x faster than industry standards. With 2μm accuracy, 21x37mm build area, and no stitching marks, it ensures high precision and efficiency. Ideal for industrial micro-fabrication.
Prismlab MP-36-3L High Precision Micro Nano Dental 3D Printer 2μm Accuracy 700mm³/H
Featuring proprietary Subpixel Microscan Technology, the MP-36-3L achieves 2μm precision and speeds over 100x faster than industry standards. One-time exposure eliminates stitching marks. Ideal for mass production of dental and micro parts. Backed by patented SMS technology and automatic vibration isolation.
Prismlab MP-36-3L Dental Nano 3D Printer Subpixel Microscan 2μm Accuracy 50mm Height
High-speed micro nano 3D printer with patented Subpixel Microscan Technology. Prints 100x faster than industry standard with 2μm accuracy and no stitching marks. Ideal for dental applications. Features automatic vibration isolation and one-time exposure molding.
Prismlab High Precision Micro Nano 3D Printer SMS Technology 5μm Accuracy
Featuring patented SMS subpixel microscan technology, this micro nano 3D printer achieves up to 2μm printing accuracy and layer thickness from 1-50μm. One-time exposure molding eliminates stitching marks, while automated vibration isolation ensures stable, high-speed production 100 times faster than industry standards.
Prismlab MP-36-3L Micro Nano 3D Printer SMS Technology 2um Accuracy 21x37mm
High-efficiency micro nano 3D printer using patented Subpixel Microscan (SMS) technology. Achieves 2μm accuracy with one-time exposure, no stitching marks, and automatic vibration isolation. Ideal for precision industrial applications.
Prismlab MP-36-3L Nano 3D Printer SMS Technology 2μm Accuracy LCD Mask
High-speed micro nano 3D printer with patented Subpixel Microscan Technology. Prints over 100x faster than industry standard with 2μm accuracy and no stitching marks. Ideal for precision industrial prototyping and mass production.
SMS Technology Micro Nano 3D Printer High Precision 2μm 5μm Layer Thickness 1-50μm
High-efficiency micro nano 3D printer using patented Subpixel Microscan Technology. Prints over 100x faster than industry standard with no stitching marks. Automatic vibration isolation system ensures precision. Ideal for industrial mass production.
SMS Technology Micro Nano 3D Printer 2μm Accuracy 700mm³/H High Efficiency
Prismlab micro nano 3D printer uses patented Subpixel Microscan Technology for printing speeds over 100x faster than industry standard. Achieves 2μm accuracy with no stitching marks. Ideal for high-precision mass production with automatic vibration isolation.
Prismlab MP Series Micro Nano 3D Printer 2um Accuracy Sub Pixel Microscan Technology
Achieve ultra-high precision printing with 2um accuracy and no stitching marks. Sub Pixel Microscan technology enables speeds over 100x faster than industry standard. Ideal for micro-scale industrial applications. Patented one-time exposure molding and automatic vibration isolation system ensure reliable, high-efficiency production.
MP Series Micro Nano 3D Printer 100mm Subpixel Microscan Technology 5μm Accuracy
High-efficiency MP Series Micro Nano 3D printer with Subpixel Microscan Technology. Features
Prismlab High Precision Micro Nano 3D Printer 2μm Accuracy for Science Research
Featuring Subpixel Microscan Technology and one-time exposure molding, this printer achieves 2μm accuracy with no stitching marks. Over 100x faster than standard processes, it includes an automatic vibration isolation system for stable, high-efficiency printing in scientific applications.