Automatic Powder Recycling and Processing Line for PM & AM
Navector offers high efficiency, precise screening, and grading, operates in an oxygen-free environment, reduces labor costs, and enhances production capacity, making it ideal for industries requiring high-quality metal powders.
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NHIU32B-S4C-P Gas Protection Screening Station
The station utilizes a sealed, inert gas environment—typically argon or nitrogen—to ensure that the powders remain uncontaminated by oxygen or humidity during the screening process.
Technical Parameters
Installation Requirements
NPPL-100-EX-GS Automatic Processing Line for Additive Manufacturing
Principal
The printed powder is transported through negative pressure pipelines to a screening station for impurity removal and is then automatically fed back into the printer buffer bin. This entire process is fully automated and conducted under inert gas protection to prevent oxidation.
Advantages
- Reliable and accurate powder delivery to the printer.
- Prevents oxidation during powder transportation, ensuring material quality.
- Enhances powder utilization, reducing waste.
- High automation level, reducing labor costs and minimizing labor intensity.
Application
3D printing automatic powder feeding and backfilling system. This equipment facilitates automatic recycling and sieving of used 3D printer powders.
Specifications
NVAPL-200-EX-GS Vertical Powder Post-Processing Automated Production Line
Principal
The system facilitates automatic powder transfer, screening, grading, mixing, and anaerobic packaging. It integrates vacuum feeding, ultrasonic screening, airflow grading, V-type mixing, glove box packaging, and other processing equipment. All operations are conducted under inert, oxygen-free conditions.
Key Benefits
- Fully enclosed, automated powder transfer to prevent environmental contamination during transport.
- High-precision screening and grading of powders.
- High-capacity batch mixing.
- Oxygen-free, enclosed powder packaging system.
- Highly automated, reducing labor costs and minimizing manual labor.
- Compact design with low energy consumption.
- Consistent powder quality.
Application
Post-processing of atomized powders for various applications, especially in industries utilizing 3D printing.
Specifications
NFAPL-150-EX-GS Multifunctional Powder Post-Processing Automated Production Line
Principal
The system integrates automatic powder conveying, screening, grading, mixing, and oxygen-free packaging. It features vacuum feeding, ultrasonic screening, airflow classification, double cone drying and mixing, as well as automatic packaging and other processing equipment. The entire production process is conducted under inert, oxygen-free conditions.
Key Benefits:
- Fully enclosed and automated powder transfer process to prevent oxidation during powder transport.
- High-precision powder screening and grading system.
- Large-capacity batch mixing with heating and drying functions.
- Fully automated, oxygen-free, and sealed powder packaging process.
- High automation level that reduces labor costs and lowers labor intensity.
- Compact design with low energy consumption.
- Processes can be easily interchanged and connected in series.
Application
Post-processing of atomized powders for various industries, particularly for 3D printing.
Specifications
