Mini Spray Dryer

Product Description

We are introducing an immense spectrum of well-configured Mini Spray Dryer. They are used for preparation of dry powder from a fluid or slurry by speedily hot gas drying technique. The moisture from the liquid is completely eliminated to form the powder. These dryers offer an easy installation and are quite simple to operate. They are generally used in food and pharmaceutical industries. It completes the drying process within seconds without any flavor loss. They create powder of accurate particle size with overall quality.

Mini Spray Dryer Specifications:

Application	Industrial
Max Temperature	1000 Degree Celsius
Capacity	100-5000 Kg/hr
Material	Stainless Steel
Power	11 kW
Frequency	50 Hz
Power Source	Electric

Precision Drying in Laboratory and Industry

Engineered for pharmaceuticals, food processing, chemistry, and academic research, this mini spray dryer provides outstanding flexibility and control over particle size, drying temperature, and process parameters. The system features a borosilicate glass chamber for optimal transparency, allowing real-time visual monitoring. Its digital touch control offers precise adjustability, while the removable collection bottle streamlines product retrieval.


Comprehensive Safety and Easy Operation

With built-in temperature overheat and electrical overload protection, this spray dryer prioritizes user safety. Its intuitive digital interface and PID temperature control enable operators to achieve consistent, repeatable results. Automated feed via a peristaltic pump allows for accurate delivery rates, enhancing convenience and minimizing manual intervention.


Versatility for Multiple Applications

This spray dryer is designed to cater to diverse applications, spanning pharmaceuticals, food ingredients, chemicals, and academic labs. Its adjustable atomization and process controls allow for customization to specific materials and research requirements, making it a vital tool for product development, sample preparation, and feasibility studies.