-
Send us a mail [email protected]
-
Call us anytime +91-9999884400
Products
A Pneumatic Conveying System is an advanced material handling solution used to safely and efficiently transfer powders, granules, and bulk materials through pipelines using air or gas. At Times Automation, we design and manufacture high-performance pneumatic conveying systems that ensure dust-free, hygienic, and continuous material movement across food, pharmaceutical, chemical, and industrial applications.
Our pneumatic conveying system is ideal for handling materials like flour, sugar, milk powder, chemicals, grains, spices, and plastic granules. These systems reduce manual handling, minimize product loss, and maintain consistent product quality while improving overall plant productivity.
The pneumatic conveying system uses controlled airflow generated by blowers or compressors to move materials through specially designed pipelines. Depending on the material characteristics and conveying distance, we provide dense phase and dilute phase pneumatic conveying systems for optimal performance.
Flour and sugar handling plants
Biscuit and bakery manufacturing units
Food processing industries
Pharmaceutical and chemical plants
Powder transfer and bulk material handling
Packaging and automation lines
Fully enclosed and dust-free conveying
Hygienic design with SS contact parts
Low maintenance and energy efficient
Suitable for long-distance and vertical conveying
Custom-designed for specific material properties
Easy integration with existing production lines
Times Automation is a trusted manufacturer of pneumatic conveying systems in India, offering reliable, cost-effective, and customized solutions. Our systems are engineered to deliver consistent flow, minimal downtime, and maximum operational efficiency, helping industries achieve faster production and higher output.
By choosing our pneumatic conveying system, you get a solution that meets international quality standards, improves workplace safety, and supports long-term plant automation goals.
