Description
BMF microArch® S350 25μm 3D Printer — Industrial-Grade High-Efficiency Micro-Nano 3D Printing and Large-Format Production Solution
The BMF microArch S350 is an industrial-grade high-efficiency 3D printer using the patented Projection Micro Stereolithography (PµSL) technology. The S350 offers 25 micrometer optical precision and supports photosensitive resin, making it an industrial-grade solution specifically designed for precision connectors, microfluidic chips, terahertz metamaterials, and complex pipe structures.
The microArch S350 features ultra-large build space (100×100×50mm), three build modes, and automated workflow, ensuring high-efficiency production and consistent quality.
Core Advantages of microArch S350
1. 【Industrial-Grade Large-Format Design】— 100×100×50mm Build Space + High-Efficiency Production
The microArch S350 offers 100mm(L) × 100mm(W) × 50mm(H) ultra-large build space, providing 4 times the area compared to micrometer-level machines (such as S230A's 50×50×50mm). This enables:
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Print Multiple Parts at Once: Through repeated array mode, one build can print multiple identical parts, significantly improving production efficiency
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Print Larger Structures: Can print complete connectors, chips, pipe structures without stitching
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Reduce Unit Cost: Through batch printing, reduce cost per part
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Accelerate Delivery: One build delivers multiple parts, speeding up delivery
2. 【Perfect Balance of Precision and Efficiency】— 25 Micrometer Precision + High Production Efficiency
The microArch S350's 25 micrometer precision is sufficient for most industrial applications, such as:
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Precision Connectors: 25 micrometer precision sufficient for precision connectors meeting electronics requirements
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Microfluidic Chips: 25 micrometer precision sufficient for microfluidic channels and structures
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Terahertz Metamaterials: 25 micrometer precision sufficient for complex terahertz metamaterial structures
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Complex Pipe Structures: 25 micrometer precision sufficient for complex pipes and fluid channels
Compared to 10 micrometer or 2 micrometer machines, S350 offers higher print speed and production efficiency, especially suitable for mass production.
3. 【Three Build Modes】— Flexible Production Solutions
The microArch S350 offers three build modes to meet different application requirements:
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Mode 1 - Single Projection Mode: 67.9mm(L) × 38.2mm(W) × 50mm(H) (highest precision and fastest speed)
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Mode 2 - Stitching Mode: 100mm(L) × 100mm(W) × 50mm(H) (by stitching multiple projection areas)
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Mode 3 - Repeated Array Mode: 100mm(L) × 100mm(W) × 50mm(H) (printing multiple identical parts)
4. 【Wide Layer Thickness Range】— 10-50μm Layer Thickness Options
The microArch S350 supports 10-50μm layer thickness range, allowing selection of optimal thickness based on application requirements to achieve balance between precision and efficiency.
5. 【User-Friendly Design】— Easy to Operate and Maintain
The microArch S350 adopts user-friendly design, including:
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Intuitive Operating Interface: Easy-to-use software and hardware interface
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Automated Workflow: From design, slicing, printing to post-processing, entire process can be automated
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Fast Maintenance and Cleaning: Easy to clean and maintain, reducing downtime
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Safety Design: Comprehensive safety protection measures ensuring operational safety
6. 【High-Performance Light Source】— Stable and Reliable UV LED Light Source
The microArch S350 uses UV LED light source (405nm) with:
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Excellent Light Source Stability: Ensures consistent print results
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Long Lifespan: Longer lifespan compared to traditional light sources
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Low Power Consumption: Saves energy costs
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Environmentally Friendly: No harmful substance emissions
7. 【Automation and High Efficiency】— Improves Production Efficiency and Quality
The microArch S350 features automated workflow, including:
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Automatic Slicing and Optimization: Software automatically optimizes slicing parameters
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Automatic Print Control: Automatically controls print process ensuring consistent quality
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Automatic Post-Processing Tips: Software suggests optimal post-processing methods
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Data Recording and Tracking: Records data from each print for tracking and improvement
8. 【Safety Design】— Ensures Operational Safety
The microArch S350 adopts comprehensive safety design:
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Enclosed Design: Prevents photosensitive resin and harmful substances from spilling
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Over-Temperature Protection: Automatically monitors temperature preventing overheating
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Light Source Protection: Automatically shuts off light source preventing misoperation
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Emergency Stop Button: Quickly stops print process
9. 【Economical and Efficient】— Lowest Cost and Highest ROI
The microArch S350 offers the most economical cost-benefit:
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Low Machine Cost: Lower cost compared to micrometer-level machines
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High Production Efficiency: Through large-format and batch production, increases output per unit time
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Low Material Cost: Through optimized slicing and print parameters, reduces material waste
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Fast ROI: Combination of high efficiency and low cost ensures rapid return on investment
microArch S350 Technical Specifications
| Specification Item |
Parameter |
| Light Source |
UV-LED (405nm) |
| Optical Precision |
25μm |
| Layer Thickness |
10-50μm |
| Build Size (Mode 1) |
67.9mm(L) × 38.2mm(W) × 50mm(H) |
| Build Size (Mode 2) |
100mm(L) × 100mm(W) × 50mm(H) |
| Build Size (Mode 3) |
100mm(L) × 100mm(W) × 50mm(H) |
| External Dimensions |
1350mm(L) × 850mm(W) × 1950mm(H) |
| Total Weight |
660kg |
| Power Supply |
220-240V / 50-60Hz / 2kW |
| Print File Format |
STL |
| Printing Material |
Photosensitive Resin |
microArch S350 Application Fields
Precision Connector Manufacturing
The microArch S350 can print various precision connectors:
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Complex Connectors: Precision electronic connectors and connectors
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Miniature Connectors: Miniaturized connector designs
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Multi-Function Connectors: Connectors combining multiple functions
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Rapid Prototype Development: Quickly verify connector designs
Microfluidic Chip Manufacturing
The microArch S350 can print complex microfluidic chips:
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Microfluidic Channels: Complex microfluidic channel designs
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Mixers and Separators: Microfluidic mixing and separation structures
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Bio Chips: Chips for biological detection and analysis
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Chemical Reactors: Miniaturized chemical reactors
Terahertz Metamaterial Manufacturing
The microArch S350 can print terahertz metamaterials:
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Reconfigurable Multi-Function Metamaterials: Metamaterials for terahertz applications
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Terahertz Antennas: Complex terahertz antenna structures
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Terahertz Lenses: Optical components for terahertz imaging
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Terahertz Filters: Filters for terahertz signal processing
Complex Pipe Structure Manufacturing
The microArch S350 can print complex pipe structures:
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Threaded Curved Pipes: Complex pipe structures difficult to manufacture with traditional processes
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Multi-Layer Pipe Systems: Complex multi-layer fluid channels
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Integrated Fluid Systems: Fluid systems combining multiple functions
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Cooling Systems: Efficient cooling channel designs
Mass Production Applications
The microArch S350 is especially suitable for mass production:
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Batch Production Parts: Through repeated array mode, one build prints multiple parts
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Fast Delivery: High-efficiency production process enables quick delivery
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Cost Control: Through batch production, reduce unit cost
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Quality Assurance: Automated workflow ensures consistent quality
Research and Academic Applications
The microArch S350 is widely used in research institutions and universities for:
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Microfluidics Research: Microfluidic design and manufacturing research
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Terahertz Research: Terahertz metamaterial design and manufacturing research
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Material Research: Photosensitive resin materials and process research
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Engineering Application Research: Prototype development for various engineering applications
microArch S350 vs Other microArch Models — Performance Comparison
| Feature |
microArch S350 |
microArch S240A |
microArch S230A |
microArch S140 |
microArch D1025 |
| Precision |
25μm |
10μm |
2μm |
10μm |
10/25μm |
| Build Height |
50mm |
75mm |
50mm |
45mm |
75mm |
| Max Build Size |
100×100×50mm |
100×100×75mm |
50×50×50mm |
94×52×45mm |
100×100×75mm |
| Supported Materials |
Photosensitive Resin |
Photosensitive Resin, Ceramic Slurry |
Photosensitive Resin |
Photosensitive Resin, Nanocomposite Materials |
Photosensitive Resin, Ceramic Slurry |
| Layer Thickness Range |
10-50μm |
10-40μm |
5-20μm |
10-40μm |
10-50μm |
| Machine Weight |
660kg |
300kg |
660kg |
Unknown |
Unknown |
| Application Fields |
Industrial-Grade Mass Production |
Ceramic Manufacturing, Metamaterials |
Biomedical Chips |
New Material Development, Biomimetic Applications |
Precision Electronics, Medical Devices |
| Applicable Scenarios |
Connectors, Microfluidics, Terahertz, Mass Production |
Ceramic Research, Large-Format Structures |
Biomedical Applications |
New Material Research, Biomimetic Design |
Precision Electronics, Medical Applications |
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, especially guidance on industrial-grade applications
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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 industrial-grade high-efficiency micro-nano 3D printing and large-format production solutions, the BMF microArch S350 is your best choice. Contact QTS Taiwan today to learn more.