GUAVA POWDER PROCESSING MACHINE

Price 350000 INR/ Piece

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GUAVA POWDER PROCESSING MACHINE Specification

Processing Type
Automatic and Continuous

Height
1620 mm

Use Type
Industrial Food Processing

Production Output
Guava Powder

Product Capacity
Up to 500 kg/hour

Application
Guava to Powder Conversion

Width
1270 mm

Running Speed
1450 rpm

Feature
Efficient Drying, High Capacity, Hygienic Design

Phase
Three Phase

Power Type
Electric

Voltage
380 V

Weight
580 kg

Length
1850 mm

Machine Type
Guava Powder Processing Machine

Color
Stainless Steel Finish

Cutting System
Integrated Crusher

Drying Mechanism
Hot Air Circulation

Automation Grade
Fully Automatic

Material
Food Grade Stainless Steel

Installation
Onsite Support Available

Safety Features
Overload Protection, Emergency Stop

Noise Level
Low

Suitable Fruits
Guava, Mango, Papaya, etc.

Energy Consumption
Approx. 8 kWh

Control Panel
Digital with Safety Controls

End Product Size
80-120 Mesh

Cleaning System
CIP (Clean-In-Place)

Maintenance
Low, Easy Access Design

Operating Temperature
Ambient to 80°C

About GUAVA POWDER PROCESSING MACHINE

ZIGMA MACHINERY & EQUIPMENT SOLUTIONS are Manufacturer, Supplier, Exporter of Various Fruits & Vegetable Pulp Processing Plants, Fruits & Vegetables Jam/Jelly Processing Plants, Fruits & Vegetables Juice Processing Plants,

Efficient Fruit-to-Powder Conversion

This machine is designed to turn guava and other tropical fruits into high-quality powder with minimal manual intervention. Its automated crusher and hot air drying system ensure consistent results, suitable for bulk industrial requirements.

Advanced Automation & Safety

A fully automatic system with a digital control panel ensures easy operation and consistent output while integrated safety features, such as overload protection and emergency stop, provide peace of mind for operators during production.

Hygienic & Easy Maintenance

Constructed from food grade stainless steel, the machine maintains strict hygiene standards. The Clean-In-Place (CIP) system allows effortless cleaning, greatly reducing downtime and ensuring sanitary operations with minimal human effort.

FAQ's of GUAVA POWDER PROCESSING MACHINE:

Q: How does the Guava Powder Processing Machine convert fresh guava into powder?

A: The machine uses an integrated crusher to break down guava, followed by a hot air circulation drying mechanism. The result is a fine powder with an end product size of 80-120 mesh, dispensed continuously for industrial-scale production.

Q: What other fruits can be processed with this machine besides guava?

A: In addition to guava, the machine is suitable for processing mango, papaya, and similar soft fruits, enabling versatile powder production for various food applications.

Q: When is onsite installation support available for this machine?

A: Onsite installation support is available upon purchase in India, ensuring proper setup, calibration, and training for operators to optimize performance and maintain safety standards.

Q: Where is the Guava Powder Processing Machine typically used?

A: This machine is primarily used in industrial food processing facilities by manufacturers, exporters, and suppliers who require efficient, high-capacity fruit powder production.

Q: What is the cleaning process for the machine, and how often is it required?

A: The machine features a Clean-In-Place (CIP) system, allowing easy, automated cleaning. The frequency depends on production volume and hygiene requirements, but fast, thorough cleaning with minimal disassembly ensures ongoing sanitary operation.

Q: How does the automation and digital control panel benefit production?

A: Automation and the digital control panel streamline the operation, deliver precise control over processing parameters, and reduce the need for manual intervention, resulting in reliable, consistent high-capacity output.

Q: What are the safety and energy-saving features of the machine?

A: The machine is equipped with overload protection, emergency stop functions, and operates at a low noise level. Its efficient design ensures energy consumption of approximately 8 kWh, supporting cost-effective, safe production.

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