microArch® S150BIO

Photosensitive resin, hydrogel etc

Printing material

25μm

Optical resolution

20-100μm

Layer thickness

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Features
  • Cell-friendly

    Cell-friendly

    Equipped with a heating system that allows for printing at a constant temperature of 37°C

  • Material-saving printing

    Material-saving printing

    Optional 5ml or 20ml micro vat available

  • Biological Research

    Biological Research

    Equipped with a HEPA 13 filter and a UV-C (253.7 nm) disinfection system

  • Desktop printer

    Desktop printer

    Suitable to be placed in the biosafety cabinets in laborartories

  • High cost-effective

    High cost-effective

    High precision DLP 3D bioprinting system

Cell-friendly

Equipped with a heating system that allows for printing at a constant temperature of 37°C

Material-saving printing

Optional 5ml or 20ml micro vat available

Biological Research

Equipped with a HEPA 13 filter and a UV-C (253.7 nm) disinfection system

Desktop printer

Suitable to be placed in the biosafety cabinets in laborartories

High cost-effective

High precision DLP 3D bioprinting system

Specifications
  • Light source

    UV LED[405nm]

  • Printing material

    Photosensitive resin, hydrogel etc

  • Optical resolution

    25μm

  • Layer thickness

    20-100μm

  • Micro resin tank

    5 ml/20 ml (Support the option of regular resin tank)

  • Build size


    Mode 1: Single exposure mode: 8mm[L]*8mm[W] *5mm[H]

    Mode 2: Stitching exposure mode: 19.2mm[L]*10.8mm[W]*10mm[H]

    Mode 3: Micro array mode: 80 mm[L]* 48[W] *50mm[H])

  • File format

    STL

  • Printer dimension

    800mm[L] ×485mm[W] ×450mm[H]

  • Touchscreen size

    10.1 inches

  • Printer weight

    70KG

  • Power demand

    100-240V AC,50/60 Hz,1.3kW

Applications
  • 01 Microfluidic chip

    Overall dimensions: 25 × 10 × 10 mm³
    Detailed specifications: Line widths: 25 μm, 50 μm, 100 μm; Square channel width: 100 μm; Round channel diameter: 125 μm
    Applications: Microfluidics

  • 02 Hydrogel vascular stent

    Overall dimensions: 10 mm × 12 mm × 2 mm
    Minimum aperture of connecting holes: 300 μm; suitable for liquid injection
    Applications: Vascularization scaffolds for artificial tissues and organs, vascular repair, customized vascular models, and science education products

Microfluidic chip

Overall dimensions: 25 × 10 × 10 mm³
Detailed specifications: Line widths: 25 μm, 50 μm, 100 μm; Square channel width: 100 μm; Round channel diameter: 125 μm
Applications: Microfluidics

Hydrogel vascular stent

Overall dimensions: 10 mm × 12 mm × 2 mm
Minimum aperture of connecting holes: 300 μm; suitable for liquid injection
Applications: Vascularization scaffolds for artificial tissues and organs, vascular repair, customized vascular models, and science education products

Download manual
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