Description
BMF nanoArch® S140 10μm 3D Printer — Large-Format High-Precision Micro-Nano 3D Printing and New Material Development Solution
The BMF nanoArch S140 is a professional high-precision 3D printer using the patented Projection Micro Stereolithography (PµSL) technology. The S140 offers 10 micrometer optical precision and supports nanoparticle-doped functional composite materials, making it an upgraded version specifically designed for new material development and biomimetic applications.
The nanoArch S140 features ultra-large build space (94×52×45mm), autofocus system, and optical monitoring system, ensuring precision and consistency of each print.
Core Advantages of nanoArch S140
1. 【Perfect Combination of High Precision and Large Format】— 10 Micrometer Precision + 94×52×45mm Build Space
The nanoArch S140 offers 10 micrometer optical precision while providing 94mm(L) × 52mm(W) × 45mm(H) ultra-large build space, 9 times larger in area compared to the nanoArch S130's 50×50×10mm. This enables printing of larger, more complex structures, such as:
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Pinhole Compound Eyes: 5×5×2.5mm³, hemispherical shell radius 10mm, hemispherical photoelectric sensor substrate array structure with thin-wall and dense micropore features
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Multi-Functional Gel Sensors: Complex multi-functional sensor structures
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Dual-Gradient Surface Micro Needle Arrays: Complex micro needle array structures
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Three-Period Minimal Surface Structure Scaffolds: Complex biological scaffold structures
2. 【Support for New Material Development】— Nanoparticle-Doped Functional Composite Materials
The nanoArch S140 supports nanoparticle-doped functional composite materials, enabling development of new materials with special functions, such as:
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Conductive Composite Materials: Resin doped with conductive nanoparticles
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Magnetic Composite Materials: Resin doped with magnetic nanoparticles
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Optical Functional Materials: Resin doped with optical nanoparticles
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Bio-Functional Materials: Resin doped with bioactive nanoparticles
3. 【Wide Layer Thickness Range】— 10-40μm Layer Thickness Options
The nanoArch S140 supports 10-40μm layer thickness range, more flexible than the S130's 5-20μm. Selection of optimal thickness based on application requirements achieves balance between precision and efficiency.
4. 【Three Build Modes】— Flexible Production Solutions
The nanoArch S140 offers three build modes to meet different application requirements:
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Mode 1 - Single Projection Mode: 19.2mm(L) × 10.8mm(W) × 45mm(H) (highest precision)
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Mode 2 - Stitching Mode: 94mm(L) × 52mm(W) × 45mm(H) (by stitching multiple projection areas)
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Mode 3 - Repeated Array Mode: 94mm(L) × 52mm(W) × 45mm(H) (printing multiple identical parts)
5. 【Autofocus System】— Ensures Precision Consistency
The nanoArch S140 features an autofocus system that automatically detects and adjusts focus, ensuring precision consistency for each layer.
6. 【Optical Monitoring System】— Real-Time Print Process Monitoring
The nanoArch S140 features an optical monitoring system that monitors the print process in real-time, ensuring print quality.
7. 【Excellent Light Source Stability】— Ensures Consistent Print Results
The nanoArch S140 uses UV LED light source with excellent light source stability and long lifespan, ensuring consistent print results.
8. 【Adjustable Process Parameters】— Adapts to Multiple Application Requirements
The nanoArch S140's process parameters are fully adjustable, allowing optimization based on different materials and application requirements, adapting to multiple application scenarios.
9. 【Powerful Software】— Professional Slicing and Printing Software
The nanoArch S140 comes with powerful printing and slicing software supporting complex designs and optimization.
nanoArch S140 Technical Specifications
| Specification Item |
Parameter |
| Light Source |
UV-LED (405nm) |
| Optical Precision |
10μm |
| Layer Thickness |
10-40μm |
| Build Size (Mode 1) |
19.2mm(L) × 10.8mm(W) × 45mm(H) |
| Build Size (Mode 2) |
94mm(L) × 52mm(W) × 45mm(H) |
| Build Size (Mode 3) |
94mm(L) × 52mm(W) × 45mm(H) |
| External Dimensions |
650mm(L) × 650mm(W) × 750mm(H) |
| Total Weight |
245kg |
| Power Supply |
220-240V / 50-60Hz / 2kW |
| Print File Format |
STL |
| Printing Material |
Photosensitive Resin, Nanoparticle-Doped Functional Composite Materials |
nanoArch S140 Application Fields
Biomimetic Applications
The high precision and large format of the nanoArch S140 make it ideal for biomimetic applications, capable of printing:
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Pinhole Compound Eyes: Biomimetic compound eye structures for photoelectric sensing
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Biomimetic Micro Structures: Various biomimetic micro structures and surfaces
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Biomimetic Materials: Composite materials with biomimetic functions
New Material Development
The nanoArch S140 supports nanoparticle-doped materials, making it an ideal platform for new material development:
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Conductive Composite Materials: For electronics and sensor applications
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Magnetic Composite Materials: For magnetic applications
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Optical Functional Materials: For optical applications
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Bio-Functional Materials: For biomedical applications
Micro Needle Array Applications
The nanoArch S140 can print complex micro needle array structures:
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Drug Delivery Micro Needles: For transdermal drug delivery
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Bio-Sensing Micro Needles: For biological detection
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Dual-Gradient Surface Micro Needles: Micro needles with complex surface features
Biological Scaffold Applications
The nanoArch S140 can print complex biological scaffold structures:
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Tissue Engineering Scaffolds: For tissue regeneration and repair
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Minimal Surface Structure Scaffolds: Scaffolds with complex curved surfaces
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Porous Scaffolds: Scaffolds with specific pore structures
Sensor Applications
The nanoArch S140 can print various sensor structures:
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Multi-Functional Gel Sensors: Sensors with multiple sensing functions
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Photoelectric Sensors: For optical detection
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Chemical Sensors: For chemical detection
Research and Academic Applications
The nanoArch S140 is widely used in research institutions and universities for:
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New Material Research: Nanocomposite materials, functional material research
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Biomimetic Design Research: Biomimetic micro structure design and manufacturing research
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Microfluidics Research: Microfluidic design and manufacturing research
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Prototype Development: New sensor, biomedical device prototype development
nanoArch S140 vs nanoArch S130 — Performance Comparison
| Feature |
nanoArch S140 |
nanoArch S130 |
| Precision |
10μm |
2μm |
| Build Height |
45mm |
10mm |
| Max Build Size |
94×52×45mm |
50×50×10mm |
| Build Area |
4,888 mm² |
2,500 mm² (Single Projection Mode) |
| Supported Materials |
Photosensitive Resin, Nanoparticle-Doped Composite Materials |
Photosensitive Resin |
| Layer Thickness Range |
10-40μm |
5-20μm |
| Machine Weight |
245kg |
660kg |
| Application Fields |
New Material Development, Biomimetic Applications, Large-Format Structures |
Micro-Mechanics, Microfluidics, Precision Optics |
| Applicable Scenarios |
Material Research, Biomimetic Design, Large-Size Micro Structures |
Research Applications, Micro-Nano Structures |
Why Choose QTS Taiwan?
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Official Taiwan Authorized Distributor: BMF's official authorized distributor in Taiwan with latest product information and priority component supply
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Comprehensive Localized Support: Chinese technical documentation, local technical consultant team, fast repair and maintenance services
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Professional Training and Consultation: Professional equipment training and application consultation
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Flexible Purchase Options: Complete system purchase, installment payment plans, rental options (suitable for trial)
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Long-Term Partnership: Invested in your success, providing continuous support and improvement suggestions
If you are looking for large-format high-precision micro-nano 3D printing and new material development solutions, the BMF nanoArch S140 is your best choice. Contact QTS Taiwan today to learn more.
