Spray Drying Equipment-Spray Dryer-Anvore Scientific-Lab & Industrial Process Equipment

Spray Drying Equipment

Process sequence Filtered air is heated and enters the chamber. The atomizer disperses the aqueous feed into fine droplets, moisture evaporates.

ModelAV-ASD3L

BrandANVORE

Two-fluid pilot spray drying for aqueous formulations at up to 3,000 mL/h stated feed rate

Built for controlled aqueous spray drying AV- ASD3L is a 304 stainless-steel pilot spray dryer for aqueous solutions, emulsions and suspensions. The system uses adjustable peristaltic feeding and two-fluid pneumatic atomization, with a 600 mm drying chamber, filtered inlet air and PID temperature control. Touch-screen automation supports repeatable laboratory scale-up and small pilot batches. Recommended use Best for scale-up studies, pilot formulation work and small-batch powder development in food, pharmaceutical and chemical laboratories. Process note Final feed compatibility and operating conditions should be confirmed by a process assessment.

AV- ASD3L product configuration

Six Key Advantages

PRINCIPLE AND TECHNICAL DATA

Process sequence Filtered air is heated and enters the chamber. The atomizer disperses the aqueous feed into fine droplets, moisture evaporates rapidly, and the dried powder is separated and collected. Exhaust air leaves after the recovery stage.

Ambient air	→	Inlet air filter	→	Electric heater	→	Drying chamber	→	Powder and gas separation
						↑		↓
Feed solution	→	Peristaltic pump	→	Two-fluid orcentrifugal atomizer	→	Fine droplets	→	Product collectionand exhaust

Technical Specifications

Specifications are based on the supplied source document and may change with configuration. Confirm utilities, materials of construction, feed compatibility and compliance requirements before ordering.

Parameter	Specification
Model	AV- ASD3L
Feed rate	50–3,000 mL/h
Feed method	Adjustable peristaltic pump
Inlet temperature	Ambient to 250°C; electric heating
Atomization	Two-fluid pneumatic
Atomizing pressure	0–0.8 MPa; adjustable
Drying chamber diameter	600 mm
Inlet airflow	240 m³/h
Control	7-inch color touch screen
Heating power	7 kW
Observation window	Included
Electrical protection	Leakage, voltage stabilization and thermal insulation protection
Inlet dust filtration	Included
Total power	10 kW
Material	304 stainless steel
Overall dimensions	1,000 × 1,000 × 1,600 mm (LWH)

Application Areas

Suitable applications depend on feed chemistry, solids content, required powder characteristics and site operating controls.

Food and Beverage Powders Coffee, flavors, drink bases and other water-based formulations.	Dairy and Proteins Milk, whey, protein and nutrition formulation development.
Pharmaceuticals and Biologics Aqueous formulation, excipient and biological material research.	Plant Extracts and Enzymes Botanical extracts, enzymes and heat-sensitive ingredients.
Pigments and Fine Chemicals Water-based dispersions, colorants and specialty chemicals.	Ceramics and Advanced Materials Functional powders, ceramics and material-development slurries.