We offer a wide range of attachments to meet different construction needs. These most common attachments include: standard buckets for earthmoving, hydraulic breakers for rock or concrete demolition, hydraulic shears for dismantling structures, log grapples for handling timber or pipes, rippers for compacted soil or frozen ground, vibratory compactors for backfilling, augers for drilling and piling, dredging buckets for clearing silt, and quick couplers for fast tool changes. These options make our machines suitable for civil works, mining, municipal maintenance, and forestry.

Before starting the engine, check fuel, hydraulic oil, lubricant, and coolant levels. Inspect all hydraulic cylinders and lines for leaks, and ensure bolts and connections, especially on the boom and undercarriage, are tight. Lastly, scan the worksite to make sure the area is clear of obstacles and safe for operation.

The hydraulic system is the core of an excavator. It converts engine power into hydraulic energy, which drives the boom, arm, bucket, and tracks. Key components include the hydraulic pump, cylinders, motors, control valves, and fluid. This system enables the machine to lift, dig, swing, and travel with precision.

Hydraulic crawler excavators are built for strength and stability, especially in challenging terrain. Instead of wheels, they rely on wide, heavy-duty tracks that evenly distribute the machine’s weight, allowing for excellent traction and balance on uneven or sloped surfaces. Compared to wheeled models, they deliver superior grip and lifting capacity, making them more effective in rough or muddy ground conditions. Their low center of gravity and well-balanced structure also enhance lifting performance, enabling them to handle heavy loads with greater ease and stability.

These machines are versatile and ideal for municipal infrastructure, road construction, and earthmoving tasks at building sites. Their powerful digging ability and steady movement make them especially suitable for projects requiring smooth, coordinated actions across different job stages.

Yes. Our excavators meet CE certification requirements, which ensure compliance with European health, safety, and environmental standards, making them ready for export and operation across the EU market.

Selecting the right excavator for open-pit mining requires a clear understanding of the project's scale and demands. It's essential to match the equipment specifications, such as digging force, structural strength, and hydraulic efficiency, to the specific conditions of the mine site. Factors like ease of maintenance, operator comfort, and the right type of track system also play a major role. In addition, consider the total cost of ownership, which includes not only the initial investment but also fuel efficiency, routine maintenance, and repair costs. Modern features like GPS tracking, remote monitoring, and semi-automation can significantly enhance productivity. Lastly, strong after-sales support and readily available spare parts are crucial when choosing a reliable brand.

With proper care, most excavators used in mining can operate between 7,000 and 10,000 hours. Actual lifespan depends on usage intensity, maintenance frequency, and machine quality. Some units may last even longer if handled correctly and serviced regularly.

Several key elements determine how long an excavator will remain in good working condition. First, the intensity and frequency of use have a direct impact, heavy workloads or continuous operation can wear components out more quickly. Regular maintenance is also essential; timely servicing helps prevent minor issues from becoming serious problems. Operator behavior plays a major role too, well-trained operators who follow proper procedures and safety guidelines are more likely to keep the equipment in better shape over time. Lastly, the working environment matters: harsh conditions like extreme temperatures, high humidity, or dusty terrain can all contribute to faster wear and tear.

For trenching in tight or confined areas, compact excavators with a smaller footprint are usually the best fit. Models under 1 ton are particularly suitable for narrow trenching tasks, as they offer the maneuverability needed to operate in limited spaces while still delivering enough digging power. These machines can typically reach depths of around 9 feet, making them a practical solution for small-scale excavation in tight work zones.

Start by identifying your project’s requirements, considering the site conditions and your available budget. Then, choose the type of excavator that best fits your needs, options include mini excavators, crawler excavators, wheeled excavators, backhoe loaders, and skid steer loaders. Each type is designed for specific tasks, so it’s important to match the machine to the job. Before making a final decision, review key features such as attachment compatibility, lifting capacity, digging depth, and reach. Also consider safety systems like rollover protection and audible alarms to ensure a secure working environment.

When selecting an excavator for orchard use, it’s essential to consider the layout and spacing between trees. Choose a model that fits comfortably within the row width so it can move freely without damaging the plants. The digging depth should meet typical orchard tasks like soil preparation or fertilizer application, usually up to 1.5 meters. Trench width depends on the bucket and can be customized if needed. Also evaluate how much lifting capacity the boom requires for your daily operations. In general, machines between 0.8 and 1.5 tons offer the right balance of size, maneuverability, and power for orchard environments.