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When we receive customer inquiries, we often see the terms “track guide” and “track chain” mentioned together – and sometimes even used interchangeably. This is because both the track guide and the track chain belong to the harvester’s undercarriage system and are located close to each other. Today, let’s take a closer look at these

Forged Parts and Casting Parts are both common manufacturing methods for agricultural machinery components. The manufacturing method of a component directly determines the reliability, operational efficiency, and maintenance costs of the equipment. If you are selecting cost-effective parts for your machinery, we have prepared a detailed introduction covering material structure, mechanical properties, durability, service life,

Whether a combine harvester’s diesel engine runs stably directly affects harvest progress and operational efficiency. Maikeyier has compiled daily inspection checkpoints, scheduled maintenance intervals, and troubleshooting methods for common faults to help you quickly carry out inspections and maintenance, extending engine service life. Why Daily Diesel Engine Maintenance Is So Important Combine harvesters typically operate

A combine harvester involves seven major systems from top to bottom: the header, threshing, conveying, engine, running chassis, hydraulic, and sheet metal systems – covering thousands of components, with materials ranging from forgings, castings, sheet metal, and stampings to rubber, plastic, nylon, and more. In the agricultural aftermarket, finding a reliable parts supplier is often

In the daily use, repair, and maintenance of combine harvesters, parts selection is a challenge we all face. OEM parts and aftermarket parts each have their own advantages in terms of fit, procurement cost, and cost-performance. So, which is better – OEM parts or aftermarket parts for combine harvesters? Maikeyier has compiled the definitions, differences,

Kubota harvesters have become the mainstream choice for paddy and dryland harvesting due to their strong stability, clean harvesting performance, and low failure rate. In many cases, breakdowns during operation are not caused by the machine itself but by long-term lack of maintenance, severe wear of wearing parts, or failure to replace them in time.

Parts for agricultural machinery such as harvesters, tractors, and rotary tillers can be classified by function, loading conditions, material requirements, and cost into forged parts, sheet metal parts, precision-machined parts, stamped parts, castings, rubber and plastic components, and more. Among these, forged parts are widely used due to their high strength, wear resistance, impact resistance,

Farm equipment, also known as agricultural machinery, covers a broad range of machines, implements, and supporting devices—from seeding and harvesting to post‑production processing. It can be broadly divided into two categories: self‑propelled machinery (e.g., tractors and combine harvesters, which have their own power source and running gear) and implements (which require a tractor to tow

In the daily use and maintenance of agricultural machinery, parts replacement is inevitable—especially during peak farming seasons, when high-wear components need to be checked and replaced at every service. Quickly and accurately finding the correct part number for the required component can effectively avoid downtime that leads to lost working time and minimize direct losses