
Engineered Solutions
End-to-End Powder & Bulk Material Handling Systems
Comprehensive Industrial Automation
AERONIX Systems LLP provides fully integrated turnkey solutions for your entire production line. From safely unloading raw materials to precise recipe batching, homogeneous blending, and ultimate environmental dust control, we engineer systems that maximize your operational efficiency and product quality.
Why Partner With Us?
We don't just sell components. We analyze your material's unique rheology and your specific facility constraints to design a cohesive, end-to-end system that simply works from day one.
Consult a Systems EngineerPneumatic Conveying

Lean Phase Conveying
High-velocity, low-pressure systems ideal for non-abrasive, free-flowing materials.

Dense Phase Conveying
Low-velocity, high-pressure systems designed for fragile, abrasive, or heavy bulk materials.

Closed Loop Conveying
Inert gas systems for explosive or highly hygroscopic materials.

Powder Transfer System
Vacuum-based dense phase conveying for highly contained, hygienic transfer.
Process Systems

Weighing Systems
Precision load cell integration for static and dynamic weighing.

Batching Systems
Automated gain-in-weight and loss-in-weight formulation.

Feeding Systems
Volumetric and gravimetric feeders for precise material introduction.

Grinding Systems
Industrial milling for exact particle size reduction.

Blending Systems
Homogeneous mixing of diverse dry ingredients.

Screening & Sieving
Vibratory and centrifugal separation for product quality.

Liquid Injection
Precision coating and agglomeration during blending.
Dust Collection

Centralized Dust Collection
Plant-wide environmental control networks.

Bag Filter Systems
High-volume reverse pulse-jet filtration.

Cartridge Dust Collectors
Compact high-efficiency filtration for fine powders.

Silo Vent Filters
Displaced air filtration directly on storage silos.

Wet Scrubber Systems
Liquid-based extraction for explosive or sticky dusts.

Cyclone Separators
Initial high-volume cyclonic separation.