Vegetable Cutting Machine

Vegetable Cutting Machine

Inconsistent cuts disrupt blanching time and packaging density. Our machines utilize a synchronized rotating blade and centrifugal slicing mechanism engineered to maintain strict size tolerances.
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Description
Technical Parameters

Industrial Vegetable Cutting Machine

 

Heavy-Duty Commercial & Industrial Food Processing Equipment

 

Technical Specifications & Model Comparison

 

Specification

Model IVCM-300 (Compact)

Model IVCM-500 (Standard)

Model IVCM-1000 (Industrial)

Processing Capacity

300--500 kg/h

500--1000 kg/h

1000--2500 kg/h

Cutting Size Range

1--25 mm (Adjustable)

1--30 mm (Adjustable)

1--40 mm (Adjustable)

Motor Power

0.75 kW (Copper Core)

1.5 kW (Copper Core)

3.0 kW (Inverter-Controlled)

Voltage Options

220V/50Hz/1Ph

380V/50Hz/3Ph

220V/380V/440V Customizable

Material Build

SUS304 Food-Grade Stainless Steel

SUS304 Food-Grade Stainless Steel

SUS304 Frame & SUS316 Food-Contact Parts

Net Weight / Dimensions

85 kg / 650 x 550 x 950 mm

140 kg / 900 x 700 x 1100 mm

280 kg / 1400 x 850 x 1350 mm

Certifications

CE, ISO9001, FDA Material Compliance

CE, ISO9001, FDA Material Compliance

CE, ISO9001, FDA Material Compliance

 

Core Engineering Advantages

 

Precision Cutting Tolerances (±0.5 mm)
Inconsistent cuts disrupt blanching time and packaging density. Our machines utilize a synchronized rotating blade and centrifugal slicing mechanism engineered to maintain strict size tolerances.

  • Blade Metallurgy: Blades are fabricated from SK5 high-carbon tool steel, heat-treated to an operational hardness of HRC 58-62, ensuring prolonged edge retention during continuous 8-hour processing shifts.
  • Zero Crush Technology: Sharp shear-action cutting prevents cell-wall rupture in leafy greens, significantly reducing moisture leakage and extending the shelf life of fresh-cut produce.


High-Yield Continuous Output
Designed for industrial environments where downtime equates to financial loss.

  • Heavy-Duty Drive System: Driven by industrial-grade gearboxes and enclosed copper-winding motors that prevent thermal overloading during high-load processing of hard root vegetables (e.g., carrots, potatoes).
  • Throughput Efficiency: The IVCM-1000 model processes up to 2500 kg/h of root vegetables, reducing direct labor requirements from 6 manual operators down to a single machine attendant.


Multi-Functional Interchangeable Blade Modules
A single machinery platform handles diverse vegetable morphologies through quick-swap configurations:

  • Leafy Greens (Cabbage, Lettuce, Spinach): Section cutting and shredding via adjustable conveyor speed controls (1--60 mm lengths).
  • Root & Tuber Vegetables (Potatoes, Carrots, Radishes): Simultaneous slicing, julienne strip cutting, and dice cube production (3--20 mm cube matrices).


Hygienic Design & Quick-Clean Architecture
Meeting international sanitation standards (HACCP, FDA food-contact guidelines).

  • Tool-Free Quick Release: The feeding hopper and cutting chamber feature a lever-action latch system, allowing operators to fully disassemble and wash internal components within 3 minutes.
  • Surface Integrity: All structural sheet metal is fabricated from 2.0 mm thick SUS304 stainless steel with electro-polished internal welds to eliminate bacterial traps and withstand aggressive daily high-pressure washdown (IP65 waterproof electrical enclosures).

 

Target Applications & Processing Lines

 

Frozen Vegetable Plants: Produces uniform cubes (10 x 10 mm) for quick-freezing tunnels, ensuring uniform core-temperature drop during IQF (Individually Quick Frozen) processing.


Central Kitchens & Catering Hubs: High-speed batch processing of onions, peppers, and root vegetables for institutional meal preparation.


Salad Processing Lines: Minimizes oxidation and browning of fragile salad leaves through clean, high-speed blade impact mechanics.

 

Quality Control & Factory Testing

 

Every unit undergoes rigorous factory inspection before crating:


Dimensional & Material Audit: PMI (Positive Material Identification) testing verifies that true SUS304 stainless steel is used for all product-contact panels.


Dynamic Load Testing: Each machine runs continuously for 2 hours under simulated load conditions to monitor motor thermal stability, vibration dampening, and gearbox noise levels (< 75 dB).


Safety Interlock Verification: Emergency stop response times and magnetic safety switch cut-offs (which halt the motor instantly when the chamber door is opened) are tested and certified.

 

Global B2B Supply & Logistics Support

 

Export-Standard Packaging: Secured inside fumigation-free plywood crates with moisture-barrier wrapping and shock-absorbing foam braces.


Lead Time & Shipping: Standard stock models ship within 7 to 10 working days. Custom voltage or integrated line configurations require 15 to 25 working days.


Spare Parts Availability: Each machine ships with a complimentary maintenance kit, including 1 spare blade set, 2 drive belts, and an English-language technical service manual with complete electrical schematics.


Warranty: 12-month full replacement warranty on non-consumable mechanical components and core motors, supported by remote video troubleshooting and engineering assistance.

 

Frequently Asked Questions

 

Q: What vegetables can be processed by a Vegetable Cutting Machine?

A: The machine can process many types of vegetables, including carrots, potatoes, onions, cabbage, lettuce, cucumbers, peppers, celery, and other fresh vegetables. Different cutting heads or blades can be selected according to the product requirements.

Q: Can the machine cut vegetables into different sizes?

A: Yes. The cutting size can be adjusted or customized according to customer requirements. Different blades and cutting systems can produce slices, strips, cubes, or shredded products.

Q: What is the production capacity of your vegetable cutting machine?

A: Capacity depends on the machine model, vegetable type, cutting size, and production requirements. We provide customized models for small businesses as well as large-scale vegetable processing factories.

Q: Is the machine suitable for frozen vegetable production?

A: Yes. Many frozen vegetable processors use vegetable cutting equipment before blanching, freezing, and packaging. Proper cutting size helps improve processing consistency.

Q: What material is used for the machine?

A: Food-contact parts are normally manufactured with food-grade stainless steel, such as SUS304, which provides corrosion resistance and supports hygienic food processing environments.

Q: How easy is the machine to clean?

A: The machine is designed with smooth surfaces and removable components to simplify cleaning and maintenance. Regular cleaning helps maintain food safety and extends equipment service life.

 

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