TOMATO POWDER PROCESSING PLANT

Price 360000 INR/ Piece

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TOMATO POWDER PROCESSING PLANT Specification

Feeding System
Automatic Conveyor & Hopper Feed

Features
Low Maintenance, Hygienic Design, High Yield

Phase
Three Phase

Machine Type
Tomato Powder Processing Machine

Operating Temperature
40 - 180C

Speed Mode
Variable Speed Drive

Heating Method
Steam or Electric Heated Dryer

Power Source
Electric

Frequency
50/60 Hz

Automation Grade
Automatic

Noise Level
Low

Function Type
Washing, Pulping, Concentrating, Drying, Powdering

Product Type
Processing Plant

General Use
Tomato Powder Production

Material
Stainless Steel (SS304/SS316)

Type
Fully Automatic Production Line

Capacity
500-2000 kg/hr (customizable)

Weight (kg)
Approx. 8200 kg

Product Shape
Rectangular, Compact Plant Layout

Computerized
Yes

Automatic
Yes

Control System
PLC Control System

Installation Type
Containerized or Site Installation

Voltage
380-415 V

Power
75 kW

Dimension (L*W*H)
Customizable, approx. 16m x 6m x 7m

Raw Material
Fresh Tomato

Feature
Continuous Processing, Energy Efficient

Color
Stainless Steel Finish

About TOMATO POWDER PROCESSING PLANT

(MANUFACTURERS OF JACK FRUIT PROCESSING PLANT / JACK FRUIT PULP PROCESSING PLANT / JACK FRUIT JAM PROCESSING PLANT / JACK FRUIT JELLY PROCESSING PLANT / JACK FRUIT JUICE PROCESSING PLANT / JACK FRUIT CHIPS PROCESSING PLANT / JACK FRUIT SEED POWDER PROCESSING PLANT / AND MACHINERIES & EQUIPMENTS).

Efficient, Continuous Processing

This processing plant boasts a continuous workflowright from raw tomato intake to finely sieved powdermaintaining high yield and minimal wastage. Each stage, from washing to packing, is fully automated and monitored by a computerized PLC system, ensuring consistent product quality and operational reliability.

Energy-Efficient and Hygienic Design

Utilizing spray or drum drying techniques, and built entirely from food-grade stainless steel (SS304/SS316), the plant promises energy savings and optimal hygiene. The system minimizes manual intervention with CIP (Clean-in-Place) options and incorporates safety features like emergency stops and overload protection.

Flexible Installation and Customizable Output

Available in containerized or on-site installation formats, this plant integrates seamlessly into varying industrial spaces. Production capacity, particle size, and plant dimensions are configurable, catering to diverse market and operational needs within the tomato powder manufacturing sector.

FAQs of TOMATO POWDER PROCESSING PLANT:

Q: How does the tomato powder processing plant operate from start to finish?

A: The process begins with washing and sorting fresh tomatoes. Next, the tomatoes undergo pulping and concentration before being dried using a spray or drum dryer. The dried product is then pulverized, sieved to achieve 80120 mesh, and finally packed, ensuring high quality and long shelf life.

Q: What are the main benefits of using a fully automatic TOMATO POWDER PROCESSING PLANT?

A: This plant offers high yield, consistent quality, energy efficiency, and reduced manual labor. Automated controls, continuous processing, and low maintenance requirements make it ideal for commercial operations looking to optimize production and ensure food safety.

Q: When can the plant be operated, and what is the processing time per batch?

A: The plant can be operated continuously, with one batch typically processed within 46 hours. It is suitable for both small and large-scale tomato powder production due to its variable speed drive and customizable batch sizes.

Q: Where can the tomato powder processing plant be installed?

A: It is suitable for industrial and commercial facilities in various locations. The plant can be containerized for easy transport and installation or custom-built on-site to fit existing production spaces, with a flexible layout to accommodate client needs.

Q: What safety and hygiene measures are incorporated in the plant design?

A: The plant features overload protection, an emergency stop system, and is constructed from SS304/SS316 stainless steel for hygienic processing. Additionally, optional CIP (Clean-in-Place) systems ensure thorough cleaning for food safety and compliance with industrial standards.

Q: How does the plant ensure consistent output particle size and moisture content?

A: Through advanced control systems and precise drying techniques, the equipment maintains a final powder moisture content of 35% and an output particle size of 80120 mesh, ensuring product uniformity and market readiness.

Q: What utilities and operational requirements are necessary for this processing plant?

A: The plant operates on three-phase electric power (380415V), with requirements for water and steam (when needed). Cooling for the pulverizer can be provided by air or water. All contact parts are food-grade, supporting safe and reliable continuous use.

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