Scenarios
Print 🦄
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Industry Challenges
High costs and lengthy production times for teaching models, making flexible updates challenging.
Research tools and devices require significant customization, which traditional manufacturing cannot meet efficiently.
Complex experimental device designs and manufacturing are costly and difficult with traditional methods.
How 3D Printing Resolves These Challenges
Quickly produces teaching models, such as molecular structures and geometric figures, reducing time and cost.
Custom designs and prints experimental devices, supporting complex geometries and enhancing research efficiency.
Provides economical and flexible prototyping, fostering innovation among students and researchers.
RMERME Solutions
Materials: Eco-friendly PLA Basic filament for cost-effective teaching models; high-strength PLA Pro filament for experimental equipment requiring mechanical performance.
Processes: PLA printing parameter optimization (e.g., temperature, layer height, and support settings) to ensure accuracy and strength of models and devices.
Case Studies
Teaching Models: Printing atomic structure models, physics experiment tools (e.g., lever devices), and geometric figures to help students visualize abstract concepts.
Robotic Models: Printing parts for STEM course robots, allowing students to assemble and test them while reducing material and development costs.
