High-precision micro 3D printing system 10μm-BMF Precision Tech Inc.

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microArch^® S240A

Photosensitive resin, ceramic slurry

Print material

10μm

Optical resolution

100mm(L)×100mm(W)×75mm(H)

Maximum build size

Features

Ultra-high precision

Ultra-high precision

XY printing resolution: 10 μm
Thick at the bottom

Thick at the bottom

Small layer thickness: 10~40μm
Large printing area

Large printing area

Maximum build size up to 100 mm × 100 mm × 75 mm
Laser ranging

Laser ranging

Easy to do levelling of the printing platform and membrane
New material R&D

New material R&D

Support the printing of functional composite material
Automation

Automation

Automatic leveling system, automated leveling parameters
High efficiency

High efficiency

Equipped with a heating resin tank to comprehensively improve operational efficiency

Ultra-high precision

XY printing resolution: 10 μm

Thick at the bottom

Small layer thickness: 10~40μm

Large printing area

Maximum build size up to 100 mm × 100 mm × 75 mm

Laser ranging

Easy to do levelling of the printing platform and membrane

New material R&D

Support the printing of functional composite material

Automation

Automatic leveling system, automated leveling parameters

High efficiency

Equipped with a heating resin tank to comprehensively improve operational efficiency

Specifications

Light source

UV LED(405nm)
Print material

Photosensitive resin, ceramic slurry
File format

STL
Optical resolution

10μm
Build size

Mode 1: Single-projector mode 19.2mm(L)×10.8mm(W)×75mm(H) Mode 2: Stitching Mode 100mm(L)×100mm(W)×75mm(H) Pattern 3: Repeating Array Pattern 100mm(L)×100mm(W)×75mm(H)
Layer thickness

10-40μm
Printer dimension

650mm(L)×700mm(W)×790mm(H)
Printer weight

300kg
Power demand

220~240V AC, 50/60HZ,2KW
Maximum build size

100mm(L)×100mm(W)×75mm(H)

Applications

01 Spiral icositetrahedron

Applications: Mechanical metamaterials, biomedical applications
Dimensions: 10 × 10 × 10 mm³, wall thickness: 150 μm, composed of smooth, continuous surfaces with multiple interconnected pores
Structural features: Printed using aluminum oxide ceramic slurry
02 Gyroid, IWP, and Octet lattice structures

Applications: New Materials
Dimensions: The wall thicknesses of the 3×3×3 mm³ Gyroid and IWP lattice structures are ~350 μm and ~330 μm, respectively; the rod diameter of the 3×3×3 mm³ Octet lattice structure is ~650 μm
Structural Features: High-precision, monolithic fabrication of arbitrary structures for use in bioengineering
03 Endoscope

Application: Precision Medicine
Dimensions: Individual dimensions: 13.8 x 9.8 x 9.8 mm³; wall thickness: 70 μm
Structural Features: One-piece structure formed in a single process; S240A material allows for batch printing of 50 units
04 Micro-ratchet array

Application: Micromechanics
Dimensions: Height 1200 μm at the base, radius 500 μm, structural angle ≈67°
Structural Features: Micrometer-scale multi-level structural features, including base curvature and heterogeneous inclined cones

Spiral icositetrahedron

Applications: Mechanical metamaterials, biomedical applications
Dimensions: 10 × 10 × 10 mm³, wall thickness: 150 μm, composed of smooth, continuous surfaces with multiple interconnected pores
Structural features: Printed using aluminum oxide ceramic slurry

Gyroid, IWP, and Octet lattice structures

Applications: New Materials
Dimensions: The wall thicknesses of the 3×3×3 mm³ Gyroid and IWP lattice structures are ~350 μm and ~330 μm, respectively; the rod diameter of the 3×3×3 mm³ Octet lattice structure is ~650 μm
Structural Features: High-precision, monolithic fabrication of arbitrary structures for use in bioengineering

Endoscope

Application: Precision Medicine
Dimensions: Individual dimensions: 13.8 x 9.8 x 9.8 mm³; wall thickness: 70 μm
Structural Features: One-piece structure formed in a single process; S240A material allows for batch printing of 50 units

Micro-ratchet array

Application: Micromechanics
Dimensions: Height 1200 μm at the base, radius 500 μm, structural angle ≈67°
Structural Features: Micrometer-scale multi-level structural features, including base curvature and heterogeneous inclined cones

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