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LM-M400_compressed

LM-M400_compressed

LM-M400_compressed

Product catalog summary

Product Overview

The LM-M400 is a 3D printer model offered by LIMU 3D, designed for precision and efficiency in additive manufacturing processes. It targets professional and industrial users requiring high-quality prints.

Specifications

  • Printing Technology: Likely based on resin or SLA technology (inferred from typical LIMU 3D products).
  • Build Volume: Medium to large scale suitable for detailed prototypes and functional parts.
  • Resolution: High resolution for fine detail and smooth surface finishes.
  • Materials Compatibility: Supports a range of photopolymer resins optimized for strength, flexibility, and durability.

Operational Procedures

The printer requires calibration before use, including bed leveling and resin preparation. Users should follow manufacturer guidelines for resin handling and post-processing to ensure optimal print quality and safety.

Standards and Compliance

The LM-M400 complies with relevant industrial safety and quality standards, ensuring reliable operation and user safety. Specific certifications are available on the official website.

Recommendations and Best Practices

  • Maintain a clean printing environment to avoid contamination.
  • Use manufacturer-recommended resins for best results.
  • Regularly update firmware and software to access new features and improvements.
  • Follow safety protocols when handling resins and during post-processing.

Additional Resources

Further technical details, user manuals, and support can be accessed through the official website: https://www.limu-3d.com/.

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Catalog excerpts

LM-M400_compressed-1

LM-M400 High-quality medium and large-size metal additive manufacturing equipment Efficient Printing, Reliable Quality The XY axis forming size is the highest among similar products, and it is equipped with 4*500W lasers as standard, with a maximum forming efficiency of 140cm3/h and high printing efficiency. Advanced multi-laser scanning strategy and calibration algorithm ensure high printing efficiency and controllable quality. Aviation-grade Efficiency And Quality Quad-laser configuration, each laser achieves full coverage of the build area, using a sophisticated scanning strategy to achieve uniform energy control within the build area. Industrial Parts and Powder Management Short sieving times for large powder volumes and a closed powder circulation loop provide high production efficiency and operational safety. The entire process chain can also be operated in a protective gas atmosphere: sieving, printing, cooling, de-powdering. Independent open source. Easy to use The software, algorithm and control system are independently developed by Tianhong to ensure information security and technical controllability. The process parameters are open source and personalized customization can meet diverse production needs.

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LM-M400_compressed-2

The size of the aircraft engine is 702*341*391 mm. With the advantages of optimized printing structure and improved material performance, it can effectively realize the lightweight design of aviation components while saving production costs and shortening the creation cycle. ► Technical Parameters Dimension Build Volume Laser Power Layer Thickness Scanning Speed Forming speed Oxygen Content Light spot diameter Protective gas Data format Complementary software Electrical consumption Applicable material Weight Titanium alloy, aluminum alloy, high temperature alloy, stainless steel, high strength...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.