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3D Printing Production Line Layout Optimization: Systematic Planning from Equipment Selection to Logistics Flow

This paper systematically introduces the layout design principles of 3D printing production lines, covering equipment selection and configuration, workflow optimization, material logistics design, and personnel flow planning, and provides layout solutions ranging from small-scale studios to large-scale factories.

3D Printing Production Line Layout Optimization: Systematic Planning from Equipment Selection to Logistics Flow

Extrusion flow calibration: Accurate flow is the prerequisite for ensuring interlayer pressure. It is recommended to perform extrusion flow calibration (M92 E parameter calibration) once a month, with the error controlled within ±1%. The slicing software provided with lantu3D equipment offers an automatic flow calibration function that can be completed with a single click.

3.3 Material Pretreatment Specifications

For hygroscopic materials (PA12, PA6, TPU, PETG, etc.), strict drying pretreatment must be performed:

Drying temperature and time: It is recommended to dry PA12/PA6 at 80°C for 4-6 hours, TPU at 60-70°C for 3-4 hours, and PETG at 65°C for 4 hours. Using an industrial-grade dehumidifying dryer yields the best results; consumer-grade food dehydrators can be used as a substitute.

Storage requirements: Dried materials should be stored in an environment with humidity

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