Introduction

Dried mango is one of the most popular tropical dried fruit products in the global snack market.

To produce high-quality dried mango slices, food processors must carefully control drying temperature, airflow, and moisture removal. Industrial drying systems allow manufacturers to achieve consistent quality, higher production capacity, and improved food safety compared with traditional sun drying.

This guide explains the industrial mango drying process and the recommended drying equipment used in commercial food processing plants.

Mango Drying Process

Industrial mango drying generally includes several steps.

1 Raw Mango Selection

Food processors usually select:

• ripe mangoes with high sugar content
• uniform fruit size
• minimal damage

Proper raw material selection helps ensure consistent drying quality.

2 Washing and Peeling

Mangoes are washed to remove dust and impurities.

The fruit is then peeled using mechanical peeling equipment or manually in smaller processing plants.

3 Mango Slicing

Mango flesh is sliced into uniform pieces.

Typical slice thickness:

5–10 mm

Uniform slices improve drying efficiency and product appearance.

4 Drying Stage

The mango slices are arranged on trays or mesh belts and placed inside industrial dryers.

Typical drying conditions:

Temperature
55–65°C

Drying time
6–12 hours depending on slice thickness and dryer type.

Final moisture content usually reaches 12–15%.

Recommended Industrial Drying Equipment

Several drying technologies are used in commercial mango processing plants.

Heat Pump Dryer

Heat pump dryers are widely used for high-quality dried fruit production.

Advantages:

• precise temperature control
• low-temperature drying
• energy-efficient operation
• good color retention

Mesh Belt Dryer

Mesh belt dryers are commonly used in large-scale dried fruit production lines.

Advantages:

• continuous operation
• high production capacity
• automated drying process

Typical Mango Drying Production Capacity

Industrial mango drying plants may produce:

Small processing plant
200–400 kg per batch

Medium production plant
1–2 tons per batch

Large-scale drying line
5–10 tons per day

The final capacity depends on the dryer size and drying technology used.

Advantages of Industrial Mango Drying

Compared with traditional drying methods, industrial drying systems provide:

• faster drying time
• hygienic food processing conditions
• consistent product quality
• weather-independent production

These advantages make industrial dryers essential for modern dried fruit processing.

Typical Industrial Applications

This drying process is widely used in:

 •fruit and vegetable processing plants
• spice and herb factories
• seafood processing
• meat processing
• food export companies

For large-scale production, a complete drying system is usually required.

👉 View complete drying solutions here

If you are planning to start a dried mango production line, our engineers can help design the right drying system based on your processing capacity.

👉 Request a customized drying solution.