Self-propelled tomato harvester model 4FZ-1.5

Product advantages

High cleaning performance – up to85 tons per hour, which allows to significantly reduce harvesting time and labor costs.
A low percentage of fruit damage and minimal impurity content guarantees high quality of the harvested product and increases its market value.
All technical and operational indicators complythe best world analoguesand fully satisfy the requirements of modern agriculture.
Robust construction made from high-strength, wear-resistant materials, designed for intensive use in harsh field conditions.
Convenient intuitive controls, ergonomic and spacious cabin with air conditioning and heating system for comfortable work.
Economical operation due to optimized fuel consumption, stable functioning of all systems even during long-term continuous operation.
Ease of maintenance, minimal downtime, and a long service life for all equipment.

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Product Details

Product presentation

Self-propelled tomato harvester model 4FZ-1.5

Model 4FZ-1.5 self-propelled tomato harvesting machine is a high-tech agricultural equipment designed and manufactured by Shandong Swan Cotton Industrial Machinery Stock Co., Ltd. in 2024. It is one of the first mass-produced tomato harvesting equipment in China and has completely filled the technological void in this industry. The machine is designed for mechanized harvesting of tomatoes on an industrial scale; it replaces manual labor, increases productivity, reduces losses from damage to fruits and reduces the cost of processing fields.

During multi-stage field tests, the machine has demonstrated consistently high performance: productivity reaches85 tons per hour, the content of impurities does not exceed2%, and the percentage of damage to tomatoes is only1.3%All technical and operational characteristics correspond to the best global analogues and fully satisfy the requirements of modern tomato production.

The machine features a robust frame structure, with all key components made of high-strength, wear-resistant materials, ensuring a long service life and reliable operation in harsh field conditions. An automatic level control and a lateral shift system of up to 500 mm ensure stable operation on uneven surfaces, following the field contours, and ensuring uniform harvesting.

Parameter	Unit	Meaning
Fuel tank capacity
- main tank	l	220
- additional tank	l	—
Working width	mm	1500–1900
Drive	—	Permanent hydraulic 4-wheel drive
Travel speed
- 1 pass (field)	km/h	0–6
- 2nd gear (field)	km/h	—
- 1st gear (road)	km/h	—
- 2nd gear (road)	km/h	—
The mechanism of separation of fruits from tops	—	Three-section vibrator
Number of color sorting channels	pcs	48
Wheelbase	mm	2750
Minimum turning radius
- on the road	m	5.3
- on the field	m	4
Tire size
- guide wheels	—	175LR-24
- driving wheels	—	—
Track
- guide wheels	mm	1650
- driving wheels	mm	—
Maximum unloading height	mm	4000

Surveillance cameras and lighting fixtures are installed in the fruit loading, transport, and unloading areas, enhancing operator safety and simplifying process monitoring and machine maintenance. The equipment cabin features improved ergonomics, including air conditioning and heating, user-friendly controls, a clearly structured panel, and an intuitive interface, reducing operator fatigue and improving control precision.

The power plant is a powerful and fuel-efficient Cummins engine, equipped with an active reverse-flow cooling system. This significantly improves heat dissipation in the engine and hydraulic system, preventing overheating even during long, continuous operation, and increasing overall equipment reliability.

The machine is equipped with two fuel tanks, reducing the frequency of refueling and increasing continuous operation time. The use of all-wheel hydraulic drive and all-wheel steering ensures excellent maneuverability, maneuverability, and traction on all types of soil. The hydraulic contour following mechanism allows the header to closely follow the ground, reducing soil stress and improving harvest quality.

The conveyor speed is infinitely adjustable hydraulically, and the rollers have an anti-twist design, improving transport efficiency, extending component life, and reducing the risk of breakage. The fruit-top separation mechanism features a balanced design, and the vibrating rods are made of improved composite materials, reducing damage to the tomatoes, ensuring smooth operation, and simplifying maintenance. A safety sensor is installed on the vibrating unit cover, providing additional protection for the operator and maintenance personnel.

Particular attention has been paid to the sorting system: the machine is equipped with a two-channel color selection system with modern software. The operating frequency of the sorting elements reaches35 times per second, conveyor speed – up to70 meters per minute, which guarantees high sorting accuracy, selection of high-quality fruits and removal of foreign impurities.

Thanks to its comprehensive design approach, high-quality components, and advanced technology, the 4FZ-1.5 machine delivers high productivity, excellent harvesting results, low operating costs, and a long service life. It is the ideal choice for large agricultural enterprises, farms, and production facilities involved in tomato cultivation and processing.

Product Application

Self-Propelled Tomato Harvester 4FZ-1.5

A dedicated transportation solution (1). Each piece of equipment is securely fastened and reinforced within the container to ensure safe delivery to the destination port. (2) All stages of loading, securing, and sealing the container are documented by photo and video, ensuring monitoring at every step. (3) Delivery is carried out in partnership with reliable shipping companies, with information on key transportation stages updated in real time.

Product Inspection

Shandong Swan Cotton Industrial Machinery Stock Co., Ltd. conducts rigorous, comprehensive testing for every product manufactured, comprising the following stages:

(1). Visual inspection: checks whether the product’s appearance meets the requirements – colour, shape, size, surface quality, etc. The inspection is performed visually or using auxiliary instruments (e.g. microscopes, measuring instruments).(2). Functional testing: checks the product’s operability. The test is carried out by practically switching on the equipment, performing functional tests or using specialized measuring instruments to evaluate performance and functionality.(3). Packaging inspection: checks the integrity of the packaging, the clarity of the markings and the compliance of the packaging materials with the requirements. This ensures that the products will not be damaged during transportation and storage, and can be correctly identified.(4). Inspection of markings and instructions: checks the accuracy, clarity and completeness of the labels and instructions, as well as their compliance with current regulations and standards.

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