Machinery & equipment
Agricultural Machinery
Field machinery designed for the crop and the soil it will actually work, built on our own assembly lines and run in before it leaves.
Made at Suzhou · Rayong · Monterrey
Development and manufacture
Agricultural machinery fails in ways a factory machine never does: in mud, in dust, at forty degrees, operated by whoever is available that week. Our development programme reflects that. Prototypes go through a full season with cooperating farms in three climates before a model is released, and the failures that come back drive the next revision more than any bench test does. Serviceability is designed in from the start — a filter that needs the cab removed will not survive contact with a real farm.
Frames, booms and chassis are cut, welded and painted here; driveline and hydraulic assembly and final build happen on our own lines. Every machine is run under load before dispatch, and every model ships with a parts book keyed to the serial number, because the cost of owning this equipment is dominated by how quickly a part can be identified and delivered in the middle of a harvest.
Product scope
Wheeled and tracked tractors
From 25 to 260 hp, in two and four-wheel drive and rubber-tracked versions, with mechanical, powershift and CVT transmissions.
Combine harvesters
Grain and maize harvesters with tangential and axial threshing, yield monitoring and headers matched to row spacing.
Rice transplanters
Walk-behind and riding transplanters from four to eight rows, with adjustable planting depth and hill spacing.
Crop-dusting drones
Spraying and spreading drones with 30 to 50 litre payloads, RTK guidance, terrain following and per-nozzle flow control.
Precision seeders
Pneumatic and mechanical single-seed planters with downforce control and section shut-off from a prescription map.
Irrigation systems
Sprinkler, centre-pivot and drip systems including filtration, fertigation injection and field-level control.
Grain dryers
Continuous-flow and batch dryers with recirculation and automatic moisture control, fired on gas, biomass or hot water.
Livestock feed mixers
Vertical and horizontal TMR mixers with load cells and ration recording, in trailed, stationary and self-propelled versions.
Held in production
What the line holds, and how we know.
These are figures sustained across a production run rather than a best-case first article, each with the instrument or test that produces it.
| Characteristic | Held in production | Verified by |
|---|---|---|
| Tractor power range | 25–260 hp | OECD code 2 power test |
| Engine emissions | EU Stage V / US Tier 4 Final | Type approval certificate |
| Seeder singulation accuracy | ≥ 98% at 8 km/h | Seed spacing test bench |
| Combine grain loss | ≤ 1.5% at rated throughput | Field trial with loss trays |
| Drying moisture control | ±0.5 percentage point | Inline moisture meter, calibrated |
| Structural durability | 1000 h accelerated field cycle | Test track and strain survey |
Built and released against
- ISO 4254 safety requirements for agricultural machinery
- EU Stage V and US EPA Tier 4 Final engine emissions
- OECD tractor test codes for power and safety structures
- EN 15811 and ISO 5674 guarding of driveline components
- CE marking under the Machinery Directive
Who buys it
- Arable grain and maize production
- Rice cultivation in Asia
- Contract farming and machinery rings
- Government agricultural programmes
- Livestock and dairy operations
- Horticulture and protected cropping
Related work
Neighbouring industries.
Programmes often cross these lines. Where a part touches more than one of them, a single engineer owns the whole thing rather than handing it between departments.
All industriesSend a drawing or a specification.
An engineer from the agricultural machinery team replies within one business day with feasibility, the line it would run on, the tooling route and an indicative delivered cost.