Ss304 Vegetable Feeding Conveyor

SS304 VEGETABLE FEEDING CONVEYOR Description

The SS304 Vegetable Feeding Conveyor by MICROTECH ENGINEERING is designed for the efficient and hygienic transfer of fresh vegetables, leafy greens, and other food products to processing machinery. Manufactured using food-grade Stainless Steel 304 (SS304), it offers corrosion resistance, durability, and easy cleaning, making it suitable for food processing environments.

The conveyor can be equipped with a food-grade belt, a feeding hopper, an inclined conveying system, and a variable-speed drive, depending on the application and production requirements. Its robust construction ensures smooth material handling and helps reduce manual labour during continuous production.

Key Features

• SS304 Construction: Hygienic, corrosion-resistant stainless-steel body.

• Efficient Feeding: Transfers vegetables smoothly to the next processing stage.

• Inclined Conveyor Design: Suitable for lifting and feeding products to elevated machinery.

• Food-Grade Belt: Designed for food-contact applications, subject to belt material selection.

• Adjustable Speed: Optional speed control to match production requirements.

• Easy Cleaning: Accessible surfaces for routine washing and maintenance.

• Customizable Design: Available in different lengths, widths, heights, and capacities.

Applications

• Fresh vegetable washing and sorting lines

• Fruit and vegetable processing plants

• Cutting, chopping, and peeling machines

• Vegetable pulping and crushing systems

• Food packaging and preparation lines

• Frozen food and ready-to-eat food processing

Working Principle

Vegetables are loaded into the feeding hopper or placed directly onto the conveyor belt. The motor-driven belt transports the material at a controlled speed and delivers it to the connected processing machine, ensuring a continuous and organized feeding operation.

Manufacturer: MICROTECH ENGINEERING Certification: ISO 9001:2015 Certified Company Industries Served: Food Pharmaceutical Beverages Chemical Process Plant Machinery