Source Notched Blade Light Disc Harrow for Ploughing, Tillage, and Farming

Strategic Sourcing Guide for Notched Blade Light Disc Harrows

Understanding the Product Category and Core Specifications

The notched blade light disc harrow represents a specialized segment within agricultural machinery, designed primarily for soil preparation, tillage, and land leveling in diverse farming environments. When sourcing this equipment, buyers must first distinguish between the broad category of disc harrows and the specific "light duty" variants that utilize notched blades for enhanced soil penetration and cutting efficiency. The core product attributes observed in the market indicate a strong reliance on specific materials, with Stainless Steel and Carbon Steel being the primary construction choices. Stainless Steel variants are often selected for their corrosion resistance in wet or saline soil conditions, while Carbon Steel options provide the necessary structural rigidity for heavy-duty tillage tasks at a potentially lower initial cost.

The technical architecture of these machines typically involves a vertical shaft arbor configuration driven by a gear drive system. This mechanical setup ensures that the disc blades rotate effectively against the soil resistance. The traction type is predominantly "Traction," meaning the implement is pulled by a tractor, and the linkage is often "Trailed," allowing for flexibility in the field. The power source is universally identified as a tractor, requiring the buyer to match the harrow's weight and working width to the tractor's horsepower and hydraulic capacity. Specific model numbers observed in the supply chain, such as the 1BQ-3.4, 1BQX-1.1, 1BQX-1.3, 1BQX-1.5, and the 1BQDX series, suggest a wide range of working widths and capacities. For instance, specific configurations list working widths of 1.7 meters and disc counts of 18 pieces, with working depths adjustable between 14 and 20 centimeters. The frame construction often utilizes square tubes, such as 40 x 60 mm dimensions, to provide the necessary structural integrity while maintaining a "light" classification suitable for smaller to medium-sized farms.

Compliance, Certification, and Standard Verification

Navigating the regulatory landscape is a critical component of sourcing agricultural machinery. The market data indicates a variety of certification standards that suppliers may claim, including ISO9001:2000, ISO9001:2015, CE, CCC, EPA, and EEC. However, buyers must exercise caution, as the presence of a certification claim does not guarantee that every listed product in a catalog meets that specific standard. The "High-confidence facts" reveal that some products are certified under ISO/TSXQC, ISO, CCC, EPA, and CE, while others may only list "many" standards or specific codes like "26"x6mm" which appears to be a dimension rather than a standard.

When evaluating a supplier, the procurement team should verify the validity of these certifications directly with the issuing bodies rather than relying solely on the product listing. The distinction between ISO9001:2000 and ISO9001:2015 is significant, as the latter represents a more recent quality management system update. Furthermore, the "SGS" mention in the context of standards suggests third-party inspection capabilities, which is a positive indicator for quality assurance. Buyers should specifically request copies of the current certificates for the exact model being purchased, as certification status can vary between product lines even within the same factory. The "TBC" (To Be Confirmed) standard listed for some items indicates that the compliance status is not yet finalized, which poses a risk for export to markets with strict regulatory requirements. Ensuring that the machinery meets the specific safety and environmental standards of the destination country is paramount to avoid customs delays or legal liabilities.

Cost Drivers and Pricing Dynamics

The pricing for notched blade light disc harrows in the current market exhibits a wide variance, with observed ranges spanning from 6 USD to 3,500 USD. This extensive spread is not indicative of a single product type but rather reflects the diversity in specifications, materials, and customization levels. The lower end of the price spectrum likely corresponds to basic models with minimal customization, smaller working widths, or simpler packing methods. Conversely, the higher price points are associated with advanced configurations, such as those with specific model numbers like the 1BQDX series, which may include enhanced durability features, larger disc counts, or specialized coatings.

Material selection is a primary cost driver. Stainless Steel components will inherently increase the unit cost compared to Carbon Steel alternatives due to the raw material price and the manufacturing complexity involved in working with stainless alloys. Additionally, the "Customization" attribute being available allows buyers to tailor the machine to specific needs, such as custom logos, specific packing requirements (e.g., Iron Shellframe Box vs. Iron Net Box), or unique color schemes like the observed "Red" finish. These customizations add value but also increase the final price. The Minimum Order Quantity (MOQ) ranges from 1 to 100 units, suggesting that buyers can source single units for testing or small-scale operations, while bulk purchases may unlock better pricing tiers. However, the exact pricing structure is not uniform, and buyers should expect that the cost per unit will decrease as the order volume increases, provided the supplier's capacity allows for it. It is essential to analyze the total cost of ownership, including shipping, which may vary based on the packing method (e.g., Iron Case vs. Wooden Box) and the overall weight of the unit, which can be as low as 260 kg for specific models.

Typical Applications and Operational Context

The operational scope of notched blade light disc harrows is broad, covering multiple agricultural sectors. The primary application field is "Agriculture," with specific use cases extending to "Farming Shovel" applications, "Tillage," "Planting," "Fertilization," and "Farmland Infrastructure." The "Farming Policy" categorizations further refine the application context, identifying these machines for "Mountain Machinery," "Dry Cultivating Machinery," and "Paddy Field Machinery." This versatility indicates that the notched blade design is effective in various soil types, from dry, hard-packed fields to wetter paddy environments.

The operation mode is described as "Soil Preparation Machinery" capable of both "Continuous Running Operation" and "Fixed Operation," depending on the specific model and configuration. This flexibility allows the harrow to be used for primary tillage, secondary tillage, or land leveling. The "Usage" attribute also mentions "Agricultural Products Processing," suggesting that in some contexts, these machines may be part of a larger processing workflow, although their primary function remains soil cultivation. The specific model 1BQ-3.4 is explicitly linked to "Disc Plough" applications, highlighting the machine's ability to turn over soil effectively. For buyers in mountainous regions, the "Mountain Machinery" policy designation is crucial, as it implies the machine is designed to handle uneven terrain and steeper gradients. Similarly, the "Paddy Field Machinery" designation suggests that the design prevents soil compaction and handles waterlogged conditions effectively. Understanding these specific application contexts helps buyers select the right model for their specific geographical and crop requirements.

Supplier Evaluation and Production Capabilities

Evaluating potential suppliers requires a deep dive into their production capabilities and origin. The primary production location identified is "Shan Dong China," a region known for its manufacturing base in agricultural machinery. However, the origin is also broadly listed as "China," indicating that some suppliers may operate from different provinces. Buyers should verify the specific factory location to assess logistics and supply chain reliability. The "prod_packing" attribute shows significant variation, ranging from "Customers Requirement" to "Iron Shellframe Box," "Standard Export Package Iron Case," "Iron Frame Packing," and "Iron Net Box or Wooden Box." This variability suggests that suppliers are flexible but may have different standard operating procedures.

The "Logo" attribute being "Make to Order" indicates that suppliers are willing to engage in OEM (Original Equipment Manufacturer) or ODM (Original Design Manufacturer) relationships, allowing buyers to brand the machinery. This is a strong indicator of a supplier's willingness to collaborate and customize. However, the "prod_model" field lists "many" different models, including specific series like 1BQX and 1BQDX, as well as generic codes like "sdyt66." This suggests a large catalog, but buyers must ensure that the specific model they are interested in is actively manufactured and not just a legacy or discontinued item. The "Operation" details, such as "Gear Drive" and "Vertical Shaft," should be cross-referenced with the supplier's technical drawings to ensure the design matches the buyer's operational needs. A supplier with a robust quality control system, evidenced by certifications like ISO9001:2015 and SGS, is preferable to one that only lists generic standards.

Quality Control and Long-Term Procurement Considerations

Quality control is paramount when sourcing heavy agricultural machinery that will face rigorous field conditions. The observed specifications, such as the "Frame Square Tube: 40 X 60 Square Tube" and "Nos of Disc (PCS): 18," provide concrete metrics for quality verification. Buyers should insist on dimensional checks to ensure that the frame tubes meet the specified thickness and dimensions, as deviations can lead to structural failure under load. The "Woking Depth (Cm): 14-20 Cm" range is another critical parameter; the supplier must demonstrate that the machine can consistently achieve this depth across different soil types without excessive wear on the notched blades.

Long-term procurement considerations extend beyond the initial purchase price. The "Material" choice of Stainless Steel versus Carbon Steel will dictate the maintenance schedule and lifespan of the equipment. Stainless Steel offers superior corrosion resistance, reducing the frequency of repairs and extending the machine's life in harsh environments. The "Customization" option allows for future-proofing the fleet, as buyers can order specific configurations that match their evolving operational needs. However, the availability of spare parts is a critical factor. Buyers should inquire about the lead time for replacement discs, bearings, and gear components. The "Standard Export Package" and various box options suggest that the supplier has experience with international shipping, but the buyer must verify the durability of the packing to ensure the machine arrives without damage. Finally, the "Farming Policy" alignment ensures that the machine is suitable for the local regulatory and environmental context, preventing issues related to non-compliance or unsuitability for local soil conditions. By rigorously checking these factors, buyers can secure a reliable supply chain for their agricultural operations.