A 2300 mm picking width means this machine clears a wide swath in a single pass. For large-acreage hay operations in Australia's wheat belt, Korean Jeolla plains (전라도 평야), and the Brazilian Cerrado, reducing the number of passes per field dramatically cuts total baling time and tractor fuel cost. The wide spring tooth pickup also handles spread or fluffed windrows without needing to rake twice, which is a common time sink on conventional-width machines. Fewer passes also means less ground compaction and reduced mechanical wear on the tractor and baler drivetrain over a full season.

The combination of a shift fork feeding mechanism and a screw continuous feeding mechanism is what sets this round baler apart from single-feeder designs. The fork mechanism handles initial crop uptake and breaks up dense mat layers, while the screw conveyor maintains a steady, metered flow into the compression chamber. This two-stage approach virtually eliminates feed channel blockages — the most common cause of field stoppages on large-format round balers. Commercial contractors operating this machine in high-yield corn residue or dense legume hay report significantly fewer unplanned stops compared to single-auger designs.

The 18 × Φ190 mm pressing rollers in the roll drum bale chamber create a large contact surface area that builds bales with exceptional density from core to periphery. A denser bale stores more dry matter per unit volume, which translates to lower storage cost per tonne of feed — critical for commercial operations where shed space is a constrained resource. Dense bales also handle round bale net wrap more efficiently: the wrap lies tight against the bale surface without loose folds, which would otherwise allow moisture ingress and accelerate spoilage.

Manual rope wrapping is appropriate for smaller single-operator machines, but at this bale size and production rate, automatic net wrapping is the right choice. The automatic net wrap system on this round baler initiates, measures, cuts, and finishes the net application without operator input beyond a single trigger signal. This reduces the bale cycle time by 20–35% compared to manual systems, keeps the operator in the tractor cab rather than outside the machine, and ensures consistent net wrap coverage on every bale regardless of operator fatigue or attention. These gains compound significantly over a full-day commercial baling run.

At 2500 kg machine weight and an overall footprint of 2950×2750×2050 mm, this is genuinely a commercial agricultural round baler — not an upscaled hobby machine. The structural frame is engineered for tractor power inputs up to 132.5 kW (178 hp), meaning the machine can absorb the full PTO torque of a large modern tractor without frame flexing, gearbox overload, or premature bearing failure. For large South Korean farm cooperatives (농업협동조합), Australian grain-livestock mixed farms, and Dutch forage contractors, this durability under sustained commercial duty is the single most important purchasing criterion.

The 2300 mm spring tooth pickup reel sweeps a broad path as the tractor advances. Spring tines flex over uneven terrain and lift crop cleanly from the ground surface, feeding it rearward at a rate matched to field speed. The wide working width means two adjacent windrows can often be picked up simultaneously, further increasing throughput on well-raked fields.

Crop first encounters the shift fork feeding mechanism, which breaks up dense mats and distributes material evenly across the full chamber width. The screw continuous feeding mechanism then takes over, delivering a consistent, metered flow into the 1250 mm wide roll drum compression chamber. Together these two feeders prevent the uneven core formation that causes bale shape problems on single-auger designs.

The 18 × Φ190 mm pressing rollers rotate and grip incoming material, building the bale radially layer by layer. As the bale diameter increases toward Φ1000 mm, chamber pressure builds progressively. A diameter indicator in the cab alerts the operator when full size is reached, triggering the wrapping sequence.

The automatic net wrap system feeds net from the roll, applies the programmed number of passes over the rotating bale, then cuts and tucks the free end automatically. The entire wrapping sequence completes in 15–25 seconds without operator intervention, maintaining bale rotation speed for consistent net tension throughout the wrap cycle.

The rear tailgate swings open hydraulically and the finished hay round bale rolls to the ground. As the tractor continues forward the tailgate closes and the next bale cycle begins immediately. On flat terrain, an experienced operator can complete a full bale cycle — pickup to ejection — in under three minutes at typical field speeds.

Australian hay export operations, Korean agricultural cooperatives producing feed hay for the domestic dairy and beef sectors, and North American contract hay growers all operate in environments where field throughput determines profitability. The 2300 mm pickup width of this round hay baler allows operators to clear 20–40% more area per hour than a standard 1500 mm machine, and the Φ1000 mm bale format reduces the number of individual bales per tonne of output — fewer bales to move, stack, and account for. This is particularly valuable for Korean cooperative farms (농협) that consolidate baling services across multiple member farms during a compressed harvest window.

Post-harvest rice straw represents a significant recoverable resource in South Korea (충청남도, 전라남도), Vietnam, and Thailand. Open burning of rice straw is increasingly restricted under environmental regulations, creating both a compliance need and an economic opportunity for operators with round baler equipment capable of handling the light, fluffy windrows that rice straw forms. The shift fork and screw feeding system on this machine handles rice straw's tendency to bridge and tangle far better than belt-type feeders. Baled rice straw has established markets as livestock bedding, mushroom substrate, and biomass fuel pellet feedstock.

The automatic net wrap system on this agricultural round baler is essential for high-moisture silage applications, where bales must be wrapped in plastic film immediately after net wrapping to seal out oxygen. The speed of the automatic net stage reduces the interval between bale ejection and film wrapping, which is critical for silage fermentation quality — every additional minute of air exposure after the bale is formed increases dry matter losses. Large dairy farms in the Netherlands (Noord-Brabant), Germany, and Korea's intensive livestock zones (경기도) find this machine's output rate well-matched to the scale of their silage programme.

The bioenergy sector across Europe, South Korea, and Brazil actively sources baled agricultural residues — wheat straw, corn stalks, sugarcane tops, and energy grass crops — as feedstock for biogas digesters, pellet mills, and direct combustion plants. The Φ1000 mm format produces bales at a density and dimension compatible with most industrial handling and shredding equipment. A commercial contractor operating this round baler machine across multiple farms can generate a meaningful biomass supply volume that opens access to fixed-price supply contracts with bioenergy processors — a revenue stream entirely separate from the traditional hay market.

Professional baling contractors — operating as independent machinery service businesses — represent a growing customer segment in South Korea, the Netherlands, Brazil, and Colombia. A contractor deploying this round baler machine at commercial rates charges per bale or per hectare, and the machine's productivity directly determines the number of client farms serviceable per day. The wide pickup, fast automatic net wrap cycle, and robust construction minimise non-productive time. Many contractors also generate additional revenue by supplying compatible round bale net wrap consumables and hay nets for round bales to their client farms as part of a full-service baling package.

Agricultural machinery safety in South Korea is governed by the Agricultural Mechanization Promotion Act (농업기계화 촉진법) and its subsidiary safety performance regulations. Large trailed machinery such as this round baler must meet the safety test standards administered by the National Institute of Agricultural Sciences (국립농업과학원). PTO drivelines and round baler gearbox units must conform to Korean Industrial Standards (KS) for transmission components, with particular attention to guarding requirements at all rotating PTO shaft connections. Road transit of trailed equipment requires compliance with the Road Traffic Act regarding maximum road width (typically 2.5 m — note this machine's 2750 mm width requires special transport permits in Korea).

EU Machinery Directive 2006/42/EC (transitioning to Machinery Regulation EU 2023/1230, applicable January 2027) requires CE marking and a full technical construction file for all agricultural machinery placed on the EU market. EN ISO 4254-1 (general safety of agricultural machinery) and EN ISO 11684 (safety signs on machinery) both apply. The round baler gearbox must comply with the EU Ecodesign Regulation for energy-related products if its oil sump exceeds the volume threshold specified in Commission Regulation (EU) 2019/1781. Road transport in the Netherlands and Germany requires Type Approval under Directive 167/2013/EU for whole vehicle approval of trailed agricultural equipment at widths exceeding 2.55 m.

Australian state and territory Work Health and Safety Acts impose a primary duty on machinery importers and operators to ensure plant is safe. The Safe Work Australia Model Code of Practice for Managing the Risks of Plant in the Workplace provides specific guidance on guarding, PTO safety, and baler operator exclusion zones during operation. State road traffic authorities require Oversize and Overmass (OSOM) permits for trailed machinery exceeding standard width limits on public roads — at 2750 mm, this machine exceeds the standard 2.5 m limit in all states and will require a permit and appropriate escort arrangements. Buyers in Queensland and New South Wales should confirm transport requirements with their state's Department of Transport before purchase.

Brazil's ABNT NBR standards and INMETRO Resolution 488/2021 set conformity assessment requirements for agricultural machinery imports. Gearbox and PTO shaft components must comply with ABNT NBR standards for mechanical transmission safety and guarding. Brazil's Ministério da Agricultura, Pecuária e Abastecimento (MAPA) publishes import and registration procedures for agricultural machinery, including requirements for a Technical Evaluation Report (Laudo Técnico) from an accredited inspection body for equipment above defined weight and power thresholds. At 2500 kg and 132.5 kW maximum input, this round baler machine will fall within the scope of these enhanced procedures in most Brazilian states.

Provincial OHS regulations and the Canadian Agricultural Safety Association (CASA) guidelines on machinery guarding, PTO shielding, and baler operator safety all apply to this class of equipment. The Canadian Transportation of Dangerous Goods Regulations do not directly cover agricultural machinery, but provincial highway authorities set overwidth transport requirements — in Ontario, Saskatchewan, and Alberta, the maximum non-permitted road width is 2.6 m. A special transport permit is required to move this machine at 2750 mm. Buyers should arrange transport logistics in advance and consult their provincial ministry of transportation for current permit procedures before the machine arrives.

Colombia participates in the Andean Community (Comunidad Andina) harmonised technical standards framework, which aligns machinery safety requirements across Bolivia, Ecuador, Colombia, and Peru. ICONTEC NTC 4116 covers safety labelling and guarding for agricultural machinery. The Colombian National Road Safety Agency (Agencia Nacional de Seguridad Vial) sets road-use limits for agricultural equipment transport, and oversize loads require prior route authorisation from the Ministry of Transport. Key agricultural departments such as Meta, Córdoba, and Magdalena have active hay and forage industries where commercial round baler application is growing alongside expanding beef export programmes.

The internal round baler gearbox on this machine handles the step-down from PTO input speed to the multiple output shafts driving the pickup reel, feeding mechanism, compression rollers, and net wrap unit. At the power levels involved — up to 132.5 kW continuous — the gearbox specification is critical. Our matched gearboxes use case-hardened alloy steel gears with a minimum surface hardness of 58 HRC, housed in a ribbed ductile iron casting that dissipates heat efficiently during sustained high-load operation. Oil capacity and viscosity grade are specified to maintain adequate lubrication film at operating temperatures reached during full-day commercial baling runs.

The PTO shaft connecting your tractor to this round baler must be rated for the full torque range that a 132.5 kW tractor can deliver — approximately 2350 Nm at 540 rpm. An undersized shaft creates a serious safety and reliability risk. Our matched PTO shafts for commercial round baler applications incorporate wide-angle constant-velocity joints that accommodate the range of tractor-to-baler angular positions encountered in field use, a shear bolt or friction overrun clutch for baler protection, and CE-compliant full-length guarding. Browse our compatible PTO shaft range to find the correct length and coupling configuration for your tractor model.