1. Select based on material characteristics
Ultra fine/highly active powders should be transferred in sealed containers or vacuum transfer systems first;
Priority mechanical conveying system for high viscosity/easily clumped materials.
2. Balancing process requirements and costs
Long distance and large-scale transmission using pneumatic conveying;
Select vacuum transfer system for laboratory small batch and high cleanliness requirements.
3. Strengthen security and compliance design
Highly toxic/explosive powders require explosion-proof motors and electrostatic grounding devices;
The pharmaceutical/biotech industry requires FDA and EU GMP certification.
4. Select Scalability System
Modular design facilitates future capacity upgrades (such as increasing transmission channels);
Digital interfaces (such as OPC UA) support integration with MES/ERP systems.