Two Stage Laboratory Glass Spray Dryer-Spray Dryer-Anvore Scientific-Lab & Industrial Process Equipment

Two Stage Laboratory Glass Spray Dryer

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

ModelAV-ASD100S

BrandANVORE

AV-ASD100S • glass laboratory spray dryer with dual-stage powder collection for aqueous formulations

Built for controlled aqueous spray drying AV-ASD100S is a compact laboratory spray dryer for aqueous solutions, emulsions and suspensions. It combines two-fluid atomization, PID temperature control and an adjustable peristaltic pump with a glass process section and dual-stage powder collection. Rapid droplet drying supports development work with heat-sensitive food, pharmaceutical, biological and chemical materials. Recommended use Best for university laboratories, research institutes and formulation teams producing small powder samples from water-based feeds. Process note Final feed compatibility and operating conditions should be confirmed by a process assessment.

AV-ASD100S 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.
Dual Stage Glass Laboratory Spray Dryer

Parameter	Specification
Model	AV-ASD100S
Process section	Glass; dual-stage collection
Inlet temperature	30–250°C
Processing range	0–1,500 mL/h; actual rate depends on feed properties
Peristaltic pump capacity	Adjustable; maximum stated feed setting 2,000 mL/h
Minimum sample volume	50 mL
Temperature control	Real-time PID; inlet and outlet temperature display; ±1°C
Typical drying time	0.8–1.0 s
Atomization	Two-fluid nozzle with built-in oil-free compressor
Nozzle sizes	0.5 / 0.8 / 1.0 / 1.2 / 1.8 mm; custom sizes available
Display	7-inch color touch screen
Displayed parameters	Inlet temperature, outlet temperature, pump speed, airflow and nozzle-cleaning frequency
Automatic shutdown	Fan stops automatically when inlet temperature falls below 30°C
Power supply	3.8 kW; 220 V
Overall dimensions	770 × 590 × 1,380 mm; L × W × H

Application Areas

Suitable applications depend on feed chemistry, solids content, required powder characteristics and site operating controls.
Application photographs are representative industry scenes and are not installation records.

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.