BMF Unveil New Cost-Effective High-Resolution Industrial 3D Printer

Boston Micro Fabrication have unveiled their latest innovation —microArch® S150— at the TCT Asia tradeshow for additive manufacturing. The microArch® S150 is a cost-effective industrial 3D printing system designed for high stability, performance and efficiency. It empowers users to achieve cost-effective industrial-grade 3D printing, making advanced manufacturing more accessible than ever.

Boston micro fabrication S150 3D printer BMF

The microArch® S150 uses Boston Micro Fabrication’s Projection Micro Stereo Lithography (PµSL) technology to produce parts from photosensitive resins, ceramic slurries or biocompatible resins. It can produce parts up to 80 x 48 x 50mm with a resolution of 25µm. This resolution goes well beyond polymer 3D printers that use FDM technology to extrude from filaments.

Here’s what makes the S150 a game-changer:

  • Interactive Touch Screen – equipped with an integrated touchscreen that features built-in printing parameters for standard materials and supports customised printing, enhancing the success rate of printing
  • Side-Shifting Membrane – automatic calibration system for faster production turnaround time
  • Scraper and Roller – eliminate air bubbles to improve surface quality, spread layers in seconds and handle higher viscosity materials (up to 20,000cps)
  • Resin Vat Heating System – heated up to 60℃, suitable for multiple application scenarios
  • Platform with Diamond-Like Carbon (DLC) Coating – easier printed part removal and enhanced scratch resistance, increasing platform lifespan
  • Fresh Air Filtration System – built-in HEPA13 filter and inner chamber UV-C (253.7nm) sterilisation, providing clean and safe operational environment
  • Flexible Options – S150 can be placed in the biological safety cabinet, desktop and other office environments; T5ml and T20ml micro resin vats are optional

Some examples of parts that the microArch S150 can easily produce include:

  • Nozzle:
    Sample size: 8.09 x 8.09 x 19.9mm³
    Diameter of nozzle: 150µm
    Application fields: Industry
  • Microfluidic Chip:
    Sample size: 25 × 10 × 10 mm³
    Width of lines: 25µm, 50µm, 100µm
    Side length of the square cavity: 100µm
    Diameter of the circular cavity: 125µm
    Application fields: Microfluidics
  • Gradual-Changing Microneedle Array:
    Sample size: 50 × 50 × 6 mm³
    Height of needles: 750-3000µm
    Diameter of needles: 250-1000µm
    Application fields: Biomedicine, drug delivery, biosensing
printed parts produced using the Boston micro Fabrication S150 3D printer

For more details on the microArch® S150, please visit the the microArch® product page.