Micro Series
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  • Micro Series
  • Software Downloads
  • Getting Started
    • Micro 3D Printer Unboxing Guide
    • External Spool Holder
    • Loading and Unloading 3D Ink
    • Print Options
    • Removing 3D printed objects
    • Websites to download 3D Models
  • STL File Manipulation & 3D Design Software
  • Printing Guides
    • How to manually move print head
    • Printing Google Sketchup STL files
    • Switching from ABS to PLA filament type
    • Printing with Phantom White ABS (a.k.a. HIPS)
    • Backlash 101
    • Advanced Printer Settings Simplified
  • Repair Guides
    • Manually Level Gantries
    • Removing and replacing the print bed
    • Open/Close the Print Head Cove
    • Retrieve internal filament tubing
  • Technical Support
    • Manual Calibration Guide
    • Safety / Certification
    • How To Guide: Micro fan replacement
    • Troubleshooting Temperature Issues
    • How To Guide: Replace Micro+ PCB
    • Heater Position
    • How to Guide: Replace Z Belt
    • How To Guide: Replace Y Belt
    • Removing Stuck Filament
    • Micro+ Upgrade Kit Problem (No Power)
    • Mac OS and Mono Info
    • Extruder Core Replacement Guide
    • Print Not Sticking
    • Replacing and gluing X-gear
    • How to guide: Z motor replacement
    • How To Guide: Cutting X Rack to length
    • Z-axis Rod Loose
    • How To Guide: X-Rod and Rack Replacement
    • Gantry system becomes crooked during movement
    • Remote Diagnostic: X and Y Skip Test
    • X-Axis Services
    • Y-Axis Services
    • Print head dives into print bed
    • Printer Not Extruding/Underextrusion/Overheating
    • Serial Number Reset
    • How to dim front LED light on Micro
      • Common electronic issues
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  1. Technical Support

Safety / Certification

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Last updated 5 years ago

M3D is a high volume american manufacturer of 3D Printers and all of its operations are based in (Fulton, MD). We provide 3D printers so that a wide range of end users (consumers, professional, and commercial) may experience this new technology. General Safety and Compliance

As of 2016, The Micro 3D Printer is one of only a handful of 3D printers evaluated by a 3rd party (UL labs) to meet reasonable product safety standards, as this is not a requirement for 3D printers to be sold today. What this means is that UL engineers studied common risk areas such as fire, shock, and other personal injury; if there was an obvious safety risk caused by excessive fumes they would have also noted this. UL also evaluates our manufacturing on a regular basis, certifying that we are making our product consistently. However, keep in mind that UL is not a health authority so these statements can not constitute any final health safety determination. The Micro 3D Printer has the UL Reference Certificate number US-25169-UL and conforms to IEC CB test standards: EN 60950-1:2006 /A11:2009 /A1:2010/A12:2011/ IEC 60950-1(ed.2), IEC 60950-1(ed.2);am1 and is issued to E470050-A1-CB-1. Additionally the product meets CE and FCC testing requirements as well as RoHS material standards.. 3D Printing Fumes

As of Jan 2016, there was no formal testing standard or requirement for evaluating fumes generated in 3D printers. Concerns of fume safety should be alleviated by limiting exposure - print in a well ventilated room or secondary space, keeping the printing nozzle clean of debris, and using high-quality established 3D printing materials (like PLA) rather than experimental ones. If there is any perceived allergy or reaction, stop using the machine. To date, there have been no health reactions or obvious dangers reported to us. In 2015, M3D had its products in the hands over over 25,000+ end-users, many including schools and research labs. We also have 50+ employees that work with 3D printers fully every day and have not had any reports of health concerns since our business was founded in late 2013. Many people prefer using Tough 3D ink or PLA 3D Ink because they have very low odor. However, these days most people choose to avoid ABS as a 3D printing material because it has a strong odor. We also advise against using ABS as it is an outdated 3D printing material with numerous printing disadvantages. In early 2016, we are offering ABS-R and an alternative ABS replacement material that has nearly zero odor. As with many new products, because there are few established testing standards or formal requirements regarding 3D printer safety, the ultimate risk is up to the end-user to assume. Additional information (liability, disclaimers, safety and warnings, and indemnity terms) can be found on our website (), end user manual (), and in our end-user terms of use when installing the M3D software ().

http://printm3d.com/index.php?page=terms-of-use
https://micro.printm3d.com/software
https://micro.printm3d.com/software