Description
BMF microArch® S230A 2μm 3D Printer — Industry-Leading Biomedical Chips and Precision Industrial Parts Solution
The BMF microArch S230A is a professional ultra-high precision 3D printer using the patented Projection Micro Stereolithography (PµSL) technology. The S230A offers 2 micrometer optical precision and supports both photosensitive resin and ceramic slurry, making it an upgraded version of the nanoArch S130 with significantly larger build height (50mm vs 10mm) and stronger industrial-grade capabilities.
The microArch S230A features automated workflow, three build modes, and industrial-grade stability, ensuring precision and consistency of each print.
Core Advantages of microArch S230A
1. 【Industry-Leading Precision】— 2 Micrometer Optical Precision
The microArch S230A offers 2 micrometer optical precision, the industry's highest precision standard. This enables printing of extremely fine structures, such as:
-
Capillary Blood Vessel Organ Chips: 18 × 10 × 5 mm³, 5-layer flow channels, 14 parallel channels per layer, trapezoidal interface holes spaced 300μm apart with 7-10μm diameter
-
3D Butterfly Knot Structure Arrays: Complex bio-inspired structures
-
Bio-Ink 3D Structures: Biocompatible structures
-
Microfluidic Channels: Minimum flow path width achievable in single-digit micrometers
2. 【Multi-Material Support】— Photosensitive Resin and Ceramic Slurry
The microArch S230A supports both photosensitive resin and ceramic slurry, providing more material choices and application possibilities:
-
Photosensitive Resin: Standard resins, biocompatible resins, functional resins
-
Ceramic Slurry: Alumina, zirconia, silicon nitride, and other precision ceramic materials
3. 【Significantly Increased Build Height】— 50mm Build Height
The microArch S230A achieves a build height of 50mm, 5 times larger than the nanoArch S130's 10mm. This enables printing of more complex, taller structures, such as:
-
Multi-Layer Microfluidic Chips: Stackable microfluidic layers
-
Complex Biomedical Devices: Multi-layer medical devices
-
Precision Industrial Parts: Larger-scale precision parts
4. 【Three Build Modes】— Flexible Production Solutions
The microArch S230A offers three build modes to meet different application requirements:
-
Mode 1 - Single Projection Mode: 3.84mm(L) × 2.16mm(W) × 50mm(H) (highest precision)
-
Mode 2 - Stitching Mode: 50mm(L) × 50mm(W) × 50mm(H) (by stitching multiple projection areas)
-
Mode 3 - Repeated Array Mode: 50mm(L) × 50mm(W) × 50mm(H) (printing multiple identical parts)
5. 【Industrial-Grade Automation】— Enhanced Production Efficiency
The microArch S230A features automated workflow, including:
-
Automatic Precision Calibration: Automatic precision detection and adjustment
-
Automatic Material Management: Automatic material switching and replenishment
-
Automatic Quality Detection: Real-time print quality monitoring
-
Automatic Cleaning System: Automatic platform and optical system cleaning
6. 【Industrial-Grade Stability】— Ensures Consistent Print Results
The microArch S230A features industrial-grade stability, including:
-
Excellent Light Source Stability: UV LED light source with long lifespan and low drift
-
Precision Temperature Control: Maintains constant working temperature
-
Vibration Damping System: Reduces external vibration impact
-
24/7 Operation Capability: Supports continuous operation
7. 【Ultra-Low Layer Thickness】— 5-20μm Layer Thickness Options
The microArch S230A supports 5-20μm ultra-low layer thickness, allowing selection of optimal thickness based on application requirements, achieving maximum precision and surface quality.
8. 【Powerful Software】— Professional Slicing and Printing Software
The microArch S230A comes with powerful printing and slicing software supporting complex designs, optimization, and industrial-grade workflows.
microArch S230A Technical Specifications
| Specification Item |
Parameter |
| Light Source |
UV-LED (405nm) |
| Optical Precision |
2μm |
| Layer Thickness |
5-20μm |
| Build Size (Mode 1) |
3.84mm(L) × 2.16mm(W) × 50mm(H) |
| Build Size (Mode 2) |
50mm(L) × 50mm(W) × 50mm(H) |
| Build Size (Mode 3) |
50mm(L) × 50mm(W) × 50mm(H) |
| External Dimensions |
1720mm(L) × 750mm(W) × 1820mm(H) |
| Total Weight |
660kg |
| Power Supply |
220-240V / 50-60Hz / 2kW |
| Print File Format |
STL |
| Printing Material |
Photosensitive Resin, Ceramic Slurry |
microArch S230A Application Fields
Biomedical Chip Applications
The microArch S230A is ideal for biomedical chip manufacturing, capable of printing:
-
Capillary Blood Vessel Organ Chips: For disease models, drug development, physiological models
-
Microfluidic Bio Chips: For cell analysis, diagnostic detection
-
Tissue Engineering Scaffolds: For tissue regeneration and repair
-
Biosensors: For real-time biological monitoring
Precision Ceramic Applications
The microArch S230A supports ceramic slurry, capable of printing precision ceramic parts:
-
Alumina Ceramics: High-hardness, high-wear-resistance ceramic parts
-
Zirconia Ceramics: High-strength, high-toughness ceramic parts
-
Silicon Nitride Ceramics: High-temperature, high-strength ceramic parts
-
Composite Ceramics: Multi-functional composite ceramic materials
Precision Optics Applications
The ultra-high precision of the microArch S230A makes it ideal for precision optics applications:
-
Micro Lens Arrays: Ultra-precision micro lenses
-
Optical Waveguides: Integrated optical waveguides
-
Optical Gratings: Precision optical gratings
-
Optical Components: Various precision optical components
Precision Industrial Parts Applications
The microArch S230A can print various precision industrial parts:
-
Precision Connectors: High-precision electronic connectors
-
Micro Gears: Micro gears and transmission systems
-
Precision Molds: Precision molds for injection molding
-
Complex Structure Parts: Various complex precision structure parts
Research and Academic Applications
The microArch S230A is widely used in research institutions and universities for:
-
Biomedical Research: Organ chip, biosensor research
-
Material Science Research: New photosensitive resin, ceramic material research
-
Microfluidics Research: Microfluidic design and manufacturing research
-
Prototype Development: New medical device prototype development
microArch S230A vs nanoArch S130 — Performance Comparison
| Feature |
microArch S230A |
nanoArch S130 |
| Precision |
2μm |
2μm |
| Build Height |
50mm |
10mm |
| Max Build Size |
50×50×50mm |
50×50×10mm |
| Supported Materials |
Photosensitive Resin, Ceramic Slurry |
Photosensitive Resin |
| Build Modes |
3 (Single Projection, Stitching, Array) |
3 (Single Projection, Stitching, Array) |
| Automation Level |
Industrial-Grade Automation |
Standard Automation |
| Application Fields |
Biomedical Chips, Precision Ceramics, Industrial Parts |
Micro-Mechanics, Microfluidics, Optics |
| Applicable Scenarios |
Industrial Production, Complex Multi-Layer Structures |
Research Applications, Micro-Nano Structures |
Why Choose QTS Taiwan?
-
Official Taiwan Authorized Distributor: BMF's official authorized distributor in Taiwan with latest product information and priority component supply
-
Comprehensive Localized Support: Chinese technical documentation, local technical consultant team, fast repair and maintenance services
-
Professional Training and Consultation: Professional equipment training and application consultation
-
Flexible Purchase Options: Complete system purchase, installment payment plans, rental options (suitable for trial)
-
Long-Term Partnership: Invested in your success, providing continuous support and improvement suggestions
If you are looking for industry-leading biomedical chip and precision industrial parts solutions, the BMF microArch S230A is your best choice. Contact QTS Taiwan today to learn more.
