Fruit and Vegetable Processing Machinery Supplier

2026-01-16

Diesel-Powered Sugarcane Press Shipped to Finland

This case involves a client from Finland, who is an enterprise that has been engaged in the trade of alcoholic beverages and fermented products for a long time. The client sent us an inquiry through its own channels, specifically asking about the sugar cane juice extractor. During the initial communication, it was clearly stated that the equipment was not intended for the local market but was planned to be distributed to the West African region to serve their local wine-making and raw material pre-processing businesses.

Specifications of the sugarcane pressing machine shipped to Finland

Product name	Sugarcane pressing machine
Model	GD-1000
Power source	Diesel Engine
Processing volume	1000kg/h
Dimensions	1650/1100/960mm
Weight	700kg
Horsepower	12hp

Diesel-Powered Sugarcane Press Shipped to Finland

Finnish demand for sugar cane press machines

The client, Isaac, is a manufacturing enterprise headquartered in Finland. They have been paying close attention to the agricultural processing industry in emerging markets, particularly the sugar cane brewing industry in West Africa. They have learned that they are in search of an efficient and reliable sugar cane juice extraction equipment.
The challenges faced by the client are quite clear: The power supply in West Africa is unstable, and the local sugarcane varieties are diverse, requiring press machines that can adapt to different fiber properties.

The core demands of the client:

High reliability
The power infrastructure in some parts of West Africa is still unstable, so the equipment must operate independently from the grid.

Industrial-grade strength
The pressing work in the brewing business is very heavy, and the equipment must be capable of operating at high loads for a long time.

Guaranteed juice yield
The wine-making industry has strict cost control requirements for the juice yield of raw materials.

Mr. Isaac emphasized during the video conference, “The brewing tradition in West Africa is very long-standing, but there is a lack of modern processing equipment. We plan to establish the first standardized brewing workshop in Ghana. The reliability of the juice extraction process directly determines the success or failure of the entire project.”

Solution: Why Diesel Power is the Optimal Solution for the West African Market?

During the initial communication, the client proactively inquired about sugarcane crushing equipment, clearly stating that the equipment would support a winery expansion plan in West Africa. After multiple rounds of communication between our technical team and the client, a diesel engine-driven crushing solution was ultimately selected.

Thickened Frame and Wear-Resistant Parts
Suitable for long-term continuous operation.

Open Structure Design
Facilitates cleaning, maintenance, and routine inspections.

High-Strength Press Roller Structure
Improves sugarcane crushing efficiency and ensures high juice yield.

Freedom from Electricity Constraints, Enables On-Site Operation
Sugarcane growing areas in West Africa are often located in remote suburbs, where power infrastructure is costly and unreliable. Crushes equipped with high-performance diesel engines allow clients to perform preliminary crushing directly on-site, significantly reducing post-harvest transportation time and ensuring high sugar freshness.

Powerful Torque and Crushing Force
Compared to electric motors of the same power, diesel engines provide greater low-speed torque. When processing coarse, hard sugarcane, diesel power ensures continuous and stable rotation of the crushing rollers, preventing jamming and interrupting flow, thus ensuring continuous industrial production.

All-Stainless Steel Core Components
Considering the hygiene standards of brewing raw materials, we have equipped this model with all-food-grade stainless steel (304/316 optional) press rollers and juice collection boxes to prevent rust contamination from affecting the quality of the wine, meeting international food safety standards.

During the solution confirmation phase, we focused on explaining the pressing efficiency, juice stability, and compatibility with downstream fermentation, based on the customer’s brewing application, enhancing the customer’s confidence in the equipment’s compatibility.

Production and Shipment Execution

After production, our company conducted factory testing on the entire machine, focusing on the following:

Diesel engine operational stability

Placement of the pressing rollers and juice extraction effect

Machine vibration and noise control

During the shipment process, the equipment was packaged in reinforced wooden crates with moisture-proof treatment to ensure it remained unaffected during long-distance sea transport and multiple loading and unloading operations. Subsequently, the equipment was successfully shipped to the port designated by the customer in Finland.