Wet mixing granulation can complete the mixing, humidification, and granulation processes in one go, with high production efficiency. Mixing granulation can generally be completed within 8-15 minutes. Good granulation effect, uniform particle size, and good flowability after drying.

Wet Granulator

This integrated mixing-granulation system completes blending,moistening,and granulation in a single operation,achieving high-efficiency processing cycles of 8-15 minutes.It produces granules with exceptional uniformity and optimal flow characteristics post-drying.Short mixing times minimize frictional heat generation, making it is deal for temperature-sensitive materials.The fully enclosed design eliminates airborne contamination and cross-contact risks.Constructed with pharmaceutical-grade 316L stainless steel featuring zero dead-leg geometry,it exceeds GMP certification requirements.Comprises six core components:main unit,reducer,discharge mechanism,chopper assembly, control cabinet, and counter weighted lid-all integrated with multi-point safety interlocks for fail-safe operation.

Features

1. Siemens PLC process control touchscreen HM enables programmable management of temperature,humidity,cycle time,and speed via pre-validated recipes.

2. Patented 3D Z-Blade technology:CAD-engineered agitators maintain0.5-1mm clearance from vessel walls eliminating material buildup,reducing fines content by>8%.Laser-cut stainless steel choppers ensure vibration-free operation at high speed.

3. Anti-condensation ventilation:roof-mounted dehumidification system prevents moisture droplet formation and powder loss.

4. Permission-based safety system:password-protected start-up with lid-lock interlocking ensures operator safety during maintenance.

5. Dual-seal shat protection:combined gas-lip and oil-seal technology eliminates shaft leakage.6.Single-pot processing advantage:400%productivity gain versus batch transfer systems.Produces dense,monodisperse granules with adjustable bulk density,ideal for TCM formulations with extreme API-excipient density diferentials.

Specifications