Micron: A Desktop SLS 3D Printer Revolutionizing Home Fabrication
For those looking to bring industrial-grade 3D printing to their desktops, the Micron Desktop SLS 3D Printer is an exciting new option. Developed by Wisconsin-based company Micronics, this printer uses Selective Laser Sintering (SLS) technology, making it possible to achieve fine details and high precision typically reserved for much larger and more expensive machines. With a starting price of $2,999, the Micron offers accessibility and performance all in one compact form.
The Micron stands out by offering unmatched detail and precision, equipped with a custom closed-loop galvo laser system. This system can achieve <0.02mm repeatability and features a spot size of just 0.25mm, ensuring even the most demanding projects are handled efficiently. The build volume of 160x160x200mm provides ample space for various print sizes, making it a versatile choice for both professionals and hobbyists.
What sets the Micron apart is its ability to deliver professional-level accuracy and performance while remaining easy to use and relatively affordable. By incorporating advanced features like a 5W 450nm Diode Laser and closed-loop servo galvanometers, it consistently meets stringent quality standards. For those in the 3D printing community looking for a reliable and precise desktop SLS 3D printer, the Micron is an innovation worth considering.
Affordable SLS 3D printer for home useDesign and Technical Specifications
The Micron SLS 3D Printer combines innovative features and robust performance metrics, promising a balance of precision and versatility. This section explores its core components, performance metrics, material compatibility, and system requirements.
Core Components
The Micron Desktop Selective Laser Sintering (SLS) 3D Printer is equipped with a powerful 5W 450nm Diode Laser Source and a Closed-Loop Servo Galvanometer Scanner.
These components facilitate precise layer fusion and accurate part creation. The printer includes a Build Chamber with a build volume of 160x160x200mm, providing ample space for diverse projects. The Powder Handling System ensures smooth and efficient material processing, reducing waste and enhancing operational efficiency.
Its Self-Contained Build Unit makes the setup compact and user-friendly, ideal for desktop setups.
Performance Metrics
When it comes to performance, the Micron SLS 3D Printer offers impressive metrics. It supports a layer thickness ranging from 0.1mm to 0.15mm, allowing for high-resolution prints.
The maximum build speed is 20mm/hour, while the typical build speed is around 10mm/hour, depending on the complexity of the parts being produced. The printer's typical part accuracy stands at ±0.2%, with a minimum accuracy of ±0.1mm, ensuring high precision in every print. Additionally, the Build Volume of 160x160x200mm is perfect for both small and medium-sized projects.
Material Compatibility
The Micron Desktop SLS 3D Printer is versatile in terms of material compatibility. It primarily supports Nylon (PA12), but also accommodates high-performance polymers.
This makes it suitable for creating parts that require durability and strength. Moreover, the printer can process TPU 90A, a flexible material ideal for producing parts that need to bend or stretch. The powder-based system enhances the smooth handling of different material types, increasing flexibility for various applications.
System Requirements and Compatibility
For optimal performance, the Micron SLS 3D Printer requires specific conditions. The power requirement stands at 110-240V, with an average power consumption of 500W. The operating environment should be stable, ideally within 20-30°C and 30-50% humidity.
In terms of software, the printer supports common file formats like STL and OBJ. It operates using custom-built software, offering a user-friendly interface. Minimum system requirements include an i5 processor, 8GB RAM, and Windows 10 or equivalent, making it accessible for most modern desktop setups. This ensures that users can easily integrate the printer into their workflow.
High-precision 3D printerUsability and Safety Features
The Micron desktop SLS 3D printer has been designed with user experience, health considerations, and community engagement in mind. It offers a simple yet powerful interface, health and safety measures, and engaging privacy tools.
User Interface and Experience
The Micron 3D printer includes a user-friendly interface that aims to simplify the printing process. The interface features the MicroSlicer software, which is intuitive and supports automating part placement. This software ensures efficiency and reliability in printing operations.
Navigating through the menu is straightforward, making it accessible even for beginners. Advanced users can enjoy the flexibility and design freedom offered by the various customizable settings.
The touch screen display provides clear options and visual feedback during print jobs. Regular software updates from the Kickstarter campaign ensure that the Micron remains user-friendly and up-to-date.
Health and Environmental Considerations
Health and environmental safety are prioritized by integrating multiple protective features. The Micron 3D printer uses a fully enclosed powder handling system that minimizes user exposure to potentially harmful particles.
Additionally, it incorporates Carbon-HEPA filters and a fume extractor to ensure that noxious fumes and fine particles are adequately filtered. These built-in safety features help maintain a clean and safe workspace.
The materials used, such as PA-12, are chosen for their reduced health risks, ensuring that the printing process is safe for both the user and the environment.
Privacy and Community Engagement
The Micron 3D printer safeguards user privacy and promotes an active community. No personal data is collected without explicit consent, and the printer uses secure protocols to protect user information.
Community engagement is fostered through forums and support platforms where users can share experiences and tips. Micronics encourages participation in their Kickstarter campaign, providing regular updates and feedback channels to stay connected with the community.
This community-centric approach not only enriches the user experience but also builds strong, trust-based relationships between Micronics and its users.
