Description
BMF microArch® S150 25μm 3D Printer — Desktop High-Precision Micro-Nano 3D Printing and Biomaterial Application Solution
The BMF microArch S150 is a desktop high-precision 3D printer using the patented Projection Micro Stereolithography (PµSL) technology. The S150 offers 25 micrometer optical precision and supports photosensitive resin and biomaterials, making it an economical solution specifically designed for small laboratories, R&D departments, startups, and educational institutions.
The microArch S150 features lightweight compact design (only 70kg), easy-to-use interface, and high cost-effectiveness, making it the best entry-level choice for entering the high-precision 3D printing field.
Core Advantages of microArch S150
1. 【Desktop Design】— Lightweight and Compact, Suitable for Various Environments
The microArch S150 adopts desktop design with the following advantages:
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Lightweight and Compact: Only 70kg weight, external dimensions 800×485×450mm, can be placed on ordinary laboratory desks
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Low Power Consumption: Only 1.3kW power consumption, no special power configuration needed
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Easy Installation: Quick installation and commissioning, no complex site preparation
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Flexible Deployment: Can be easily moved and redeployed, suitable for multiple laboratories or workplaces
2. 【Perfect Combination of High Precision and Easy Operation】— 25 Micrometer Precision + Intuitive Operating Interface
The microArch S150 offers 25 micrometer precision while being easy to operate:
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High Precision: 25 micrometer precision sufficient for manufacturing microfluidic chips, nozzles, and other precision structures
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10.1-inch Touchscreen: Intuitive operating interface, easy to learn
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Automated Workflow: Simplified operation process, reducing user errors
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Complete Software Support: Professional slicing and printing software included
3. 【Three Build Modes】— Flexible Application Solutions
The microArch S150 offers three build modes to meet different application requirements:
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Mode 1 - Single Projection Mode: 27mm(L) × 48mm(W) × 50mm(H) (highest precision)
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Mode 2 - Stitching Mode: 80mm(L) × 48mm(W) × 50mm(H) (by stitching multiple projection areas)
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Mode 3 - Repeated Array Mode: 80mm(L) × 48mm(W) × 50mm(H) (printing multiple identical parts)
4. 【Support for Biomaterials】— Opens New Possibilities for Biomedical Applications
The microArch S150 supports photosensitive resin and biomaterials, including:
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Photosensitive Resin: Standard photosensitive resin materials
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Biomaterials: Special biocompatible materials for biomedical applications
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Hydrogels: Hydrogel materials for cell culture and tissue engineering
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Bio-inks: Specialized bio-inks for bioprinting
5. 【Wide Layer Thickness Range】— 20-100μm Layer Thickness Options
The microArch S150 supports 20-100μm layer thickness range, offering greater flexibility compared to other machines, allowing selection of optimal thickness based on application requirements.
6. 【Wear-Resistant Design】— Long-Term Reliability
The microArch S150 adopts wear-resistant design, including:
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Durable Optical System: High-quality optical components with good long-term stability
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Wear-Resistant Build Platform: Specially treated build platform with strong wear resistance
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Reliable Electrical System: Industrial-grade electrical design ensuring long-term reliable operation
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Easy Maintenance: Simple maintenance procedures reducing maintenance costs
7. 【Safety Design】— Ensures Operational Safety
The microArch S150 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
8. 【High Cost-Effectiveness】— Most Economical Entry Solution
The microArch S150 offers the most economical cost-benefit:
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Low Machine Cost: Lowest cost among BMF machines
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Low Power Consumption: Only 1.3kW, low operating costs
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Low Maintenance Cost: Simple maintenance procedures reducing maintenance costs
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Fast ROI: Combination of economical machine cost and low operating costs ensures rapid return on investment
9. 【Suitable for Education and Research】— Perfect Teaching Tool
The microArch S150 is especially suitable for education and research applications:
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Easy to Teach: Simple operating interface, easy for students to learn
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Complete Software Support: Teaching resources and technical support included
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Safe and Reliable: Comprehensive safety design suitable for classroom environments
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Economical: Low cost suitable for educational institution budgets
microArch S150 Technical Specifications
| Specification Item |
Parameter |
| Light Source |
UV-LED (405nm) |
| Optical Precision |
25μm |
| Layer Thickness |
20-100μm |
| Build Size (Mode 1) |
27mm(L) × 48mm(W) × 50mm(H) |
| Build Size (Mode 2) |
80mm(L) × 48mm(W) × 50mm(H) |
| Build Size (Mode 3) |
80mm(L) × 48mm(W) × 50mm(H) |
| External Dimensions |
800mm(L) × 485mm(W) × 450mm(H) |
| Total Weight |
70kg |
| Power Supply |
220-240V / 50-60Hz / 1.3kW |
| Touchscreen |
10.1 inches |
| Print File Format |
STL |
| Printing Material |
Photosensitive Resin, Biomaterials |
microArch S150 Application Fields
Microfluidic Chip Manufacturing
The microArch S150 can print various 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
Precision Nozzle Manufacturing
The microArch S150 can print precision nozzles:
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Inkjet Nozzles: High-precision inkjet nozzle designs
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Medical Nozzles: Precision nozzles for medical devices
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Industrial Nozzles: Nozzles for industrial applications
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Micro Nozzles: Ultra-small nozzle designs
Biomedical Applications
The microArch S150 supports biomaterials, suitable for biomedical applications:
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Biological Scaffolds: Scaffolds for tissue regeneration and repair
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Cell Culture Platforms: Micro platforms for cell culture
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Biosensors: Sensor structures for biological detection
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Drug Delivery Systems: Micro structures for drug delivery
Research and Academic Applications
The microArch S150 is widely used in research institutions, universities, and educational institutions for:
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Microfluidics Research: Microfluidic design and manufacturing research
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Biomaterial Research: Biomaterial and process research
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Educational Applications: Teaching high-precision 3D printing technology
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Prototype Development: Rapid prototype development for various applications
Startup Applications
The microArch S150 is especially suitable for startups:
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Low-Cost Entry: Economical machine cost suitable for startup budgets
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Quick Verification: Quickly verify product concepts and designs
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Small-Batch Production: Suitable for small-batch and customized production
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Technology Accumulation: Accumulate high-precision 3D printing technology experience
microArch S150 vs Other microArch Models — Performance Comparison
| Feature |
microArch S150 |
microArch S350 |
microArch S240A |
microArch S230A |
| Precision |
25μm |
25μm |
10μm |
2μm |
| Build Height |
50mm |
50mm |
75mm |
50mm |
| Max Build Size |
80×48×50mm |
100×100×50mm |
100×100×75mm |
50×50×50mm |
| Supported Materials |
Photosensitive Resin, Biomaterials |
Photosensitive Resin |
Photosensitive Resin, Ceramic Slurry |
Photosensitive Resin |
| Layer Thickness Range |
20-100μm |
10-50μm |
10-40μm |
5-20μm |
| Machine Weight |
70kg |
660kg |
300kg |
660kg |
| Power Consumption |
1.3kW |
2kW |
2kW |
2kW |
| Application Fields |
Desktop, Education, Startups |
Industrial-Grade Mass Production |
Ceramic Manufacturing, Metamaterials |
Biomedical Chips |
| Applicable Scenarios |
Small Laboratories, R&D, Education |
Connectors, Microfluidics, Mass Production |
Ceramic Research, Large-Format Structures |
Biomedical 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 educational and research 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 an economical high-precision micro-nano 3D printing solution, the BMF microArch S150 is your best choice. Contact QTS Taiwan today to learn more.
