In January 2026, representatives from a prominent agricultural enterprise in Australia visited Taizy Machinery’s manufacturing facility to evaluate our corn cultivation equipment lineup. The client inspected the 2BYSF-2 Corn Planter and the TZ-265 Corn Harvester. After technical demonstrations and testing, both parties established a procurement partnership for corn seeding and harvesting equipment to support expanding grain production operations.
Customer Background
The client operates a large-scale grain farm in the wheat belt region of Western Australia, managing approximately 2,000 hectares of farmland. Originally focused on wheat and barley, the farm expanded into corn production due to rising demand from livestock feed and biofuel markets.
Corn cultivation required specialized mechanization different from their existing equipment system. The client, therefore, sought reliable planting and harvesting machines compatible with 12–18 HP tractors and suitable for large-scale field operations in Australian conditions.
Customer Requirements
The client required:
- Precision corn planter for accurate seed placement and high germination rate
- Adjustable row spacing to match different field layouts
- Integrated fertilization during planting
- Compatibility with 12–18 HP tractors
- Compact corn harvester for efficient field mobility
- Low fuel consumption for remote farming operations
- High durability for long-term use
- Full technical documentation and training support
- Reliable export logistics and after-sales service
Equipment Introduction and Technical Specifications
2BYSF-2 Corn Planter
The 2BYSF-2 corn planter is a precision seeding machine designed for small to medium-scale corn production. It ensures uniform planting, efficient fertilization, and stable field operation.
Technical Parameters
| Specification | Value |
|---|---|
| Model | 2BYSF-2 |
| Dimensions | 1570 × 1300 × 1200 mm |
| Rows | 2 |
| Row Spacing | 428–570 mm |
| Plant Spacing Options | 140 / 173 / 226 / 280 mm |
| Planting Depth | 30–50 mm |
| Fertilization Depth | 60–80 mm |
| Fertilizer Tank Capacity | 2 × 18.75 L |
| Seed Box Capacity | 2 × 8.5 L |
| Weight | 150 kg |
| Tractor Power | 12–18 HP |
TZ-265 Corn Harvester
The TZ-265 corn harvester is a compact single-row harvesting machine designed for efficient grain separation and low fuel consumption.
Technical Parameters
| Specification | Value |
|---|---|
| Model | TZ-265 |
| Engine | 192 air-cooled diesel engine |
| Dimensions | 1820 × 800 × 1190 mm |
| Weight | 265 kg |
| Working Speed | 0.72–1.44 km/h |
| Productivity | 0.03–0.06 ha/h |
| Fuel Consumption | ≤10 kg/ha |
| Threshing System | 10-blade separation system |
| Packaging Volume | ~1.2 m³ |
Customer Evaluation
After field testing, the client highlighted several key advantages:
The corn planter demonstrated highly accurate seed spacing and stable fertilization performance, allowing improved crop uniformity. Adjustable row and plant spacing provided flexibility for different soil conditions.
The corn harvester showed stable engine performance, efficient threshing, and low grain loss. Its compact structure improved mobility across dispersed farm plots, while fuel efficiency reduced operational costs.
Technical documentation and training materials were also praised for clarity and practical usability.
Partnership with Taizy
The Australian agricultural enterprise placed an order for:
- 1 × 2BYSF-2 Corn Planter
- 1 × TZ-265 Corn Harvester
Taizy provided complete export logistics, packaging, and documentation support.
After-sales service includes:
- English operation manuals and video training
- Spare parts supply and maintenance support
- Remote technical assistance via video consultation
- Full warranty for mechanical and electrical components
Conclusion
This partnership demonstrates Taizy Machinery’s capability to supply complete corn cultivation solutions for modern large-scale farms. The combination of precision planting and efficient harvesting equipment enables improved productivity, reduced labor dependency, and optimized field performance under Australian agricultural conditions.
