Details

This equipment uses air currents to tumble materials inside a sealed chamber, achieving uniform blending as a static mixing device. Fully enclosed operation prevents dust leakage and delivers high mixing efficiency. Static mixing provides reliable operation with minimal maintenance. Vacuum feeding is convenient, reliable, and highly efficient. The gentle action protects material crystal structures with low risk of damage and no contamination. CIP cleaning and online drying are available without manual intervention. When integrated with a weighing system, batch incremental mixing is supported for strong expandability. PLC fully automatic control allows editable process recipes and automatic data storage. This air-flow blender is widely used in pharmaceutical, food, dairy, and additive industries.

Technical Specification:

Core Advantages

Fully enclosed mixing operation prevents dust leakage and delivers high efficiency.

Static mixing provides reliable operation with minimal maintenance.

Vacuum feeding is convenient, reliable, and highly efficient.

Gentle action protects material crystal structures with low damage risk and no contamination.

CIP cleaning and online drying are available without manual intervention.

Batch incremental mixing is supported when integrated with a weighing system for strong expandability.

PLC fully automatic control allows editable process recipes and automatic data storage.

Product Features

This mixer features air-current tumbling action, static operation without moving internal parts, vacuum feeding, crystal structure protection, CIP with online drying, weighing system integration, and PLC recipe management.

Product Applications

Designed for gentle and homogeneous blending, this equipment is suitable for pharmaceutical, food, dairy and additive industries requiring containment, crystal integrity, and automated cleaning.

Precautions

Verify all seals are intact before each mixing cycle. Do not exceed rated chamber volume. Run CIP immediately after processing sticky or hygroscopic materials. Confirm the drying cycle completes before opening the discharge port. Disconnect power and compressed air before any internal inspection.

Picture of Factory

Why Choose Us

1. Engineering depth Layouts are checked against your P&ID and hazard study to align interfaces, venting, and access platforms with site standards. 2. Manufacturing traceability Material certificates and weld maps can be bundled for FAT documentation, supporting audit-ready pharmaceutical projects. 3. Lifecycle support Spare parts kits, on-site commissioning, and remote guidance shorten startup time and keep feeding performance stable.

FAQ

Q: What does "static mixing" mean for this blender's maintenance needs?

A: Static mixing means no internal agitators, ribbons, or moving parts contact the material. This eliminates bearing seals and gearboxes, drastically reducing routine maintenance.

Q: How does batch incremental mixing work with the weighing system?

A: The system weighs each incoming batch component sequentially. After each addition, air mixing occurs before the next component enters, building the final batch layer by layer.

Q: Can the CIP cycle completely dry the chamber without manual wiping?

A: Yes. Hot air circulates through the chamber after the wash cycle. The drying continues until internal moisture sensors confirm the chamber is completely dry.