What Are The Benefits Of A Truck-Mounted Excavator?
Core Value & Terrain Breakthrough Advantages of Crawler-type Excavation and Transportation Integrated Machine
The core value of the crawler-type excavation and transportation integrated machine lies in "one machine integrates excavation, transportation, and multi-functional operations" — it specializes in tackling complex scenarios. It can not only overcome terrain limitations through its crawler design but also meet multi-scenario needs via flexible configuration, enhancing cost-effectiveness across all dimensions, from equipment investment and operational efficiency to functional adaptability.
一、Terrain Breakthrough: "Obstacle-Free Operation" in Complex Environments, Stable Climbing & Strong Passability
1. All-Terrain Accessibility: Navigate Complex Roads Directly Without Prior Site Preparation
The crawler chassis features a larger ground contact area and stronger traction compared to wheeled equipment. It can easily handle complex road conditions such as muddy areas, swamps, mountainous regions, and gravel roads without the need for prior site leveling or steel plate padding.It is particularly suitable for scenarios like agricultural terraced fields, mine slopes, and garden hillsides. For instance, during rainy-season farm operations, it won’t get stuck in mud like wheeled equipment, eliminating the time and cost of pre-site preparation.
2. Strong Climbing & Anti-Rollover Capability: No Slippage on Steep Slopes, Maximum Safety
The crawler has greater friction with the ground, and combined with its low-center-of-gravity body design, its climbing capacity far exceeds that of ordinary equipment — some models can stably handle slopes of over 30° (conventional wheeled equipment typically has a limit of around 15°).Even when operating on sloped ground (e.g., mine slopes, mountain orchards), it has stronger anti-rollover capability, which effectively reduces safety risks during high-altitude or steep-slope operations and lowers the probability of accidents.
3. Flexible Maneuvering in Narrow Spaces: "Maneuverable & Efficient" Even in Small Areas
With a compact body design (some models are less than 2 meters wide), the crawler has a 50% smaller turning radius than traditional split-type equipment. It can flexibly turn around and operate accurately in narrow areas such as greenhouses, orchard rows, and small construction sites.It completely solves the pain point of traditional large excavators + transport vehicles that "cannot enter narrow spaces or maneuver freely". For example, during orchard operations, it can directly dig fertilization trenches between fruit tree rows while transporting soil, without repeatedly adjusting the equipment position.
二、 Functional Integration: "Dual Functions of Excavation & Transportation + Multi-Tool Switching" – One Machine Replaces Multiple Devices
1. Excavator Arm Compatible for Models Above 5-Ton Class: Seamless Excavation-Transport Connection
Models above the 5-ton class support the installation of a professional excavator arm. There’s no need for an additional excavator – the machine can directly complete the entire process of "on-site excavation → on-board transportation".For example, it can directly transport ore after excavation in mines, or transfer soil after digging ditches in farmland, eliminating the need for equipment dispatching and material transfer time.
2. Optional Bucket Sizes: Adaptable to Different Work Volumes
It offers buckets of different sizes, such as 60cm and 80cm.
Small buckets are suitable for precision work (e.g., digging holes in orchards, excavating small foundation pits).
Large buckets are ideal for bulk excavation and transportation (e.g., transporting sand and gravel at construction sites, soil improvement in farmland).
No additional customization is required to meet diverse needs.
3. Practical Excavator Arm Parameters: Wide Excavation Depth & Range
The excavator arm has a length of 5.5 meters and a maximum digging depth of 3 meters.It can not only meet shallow surface operations (e.g., removing tree roots in gardens) but also handle medium-depth tasks (e.g., digging small wells, excavating roadbed foundation pits), without relying on large-scale excavators.
4. Multi-Tool Switching: Functions Beyond Excavation & Transportation
It can quickly switch between accessories such as:
Auger drill (for piling and hole digging);
Log grapple (for handling wood, steel, and straw);
Breaker hammer (for crushing concrete and rocks).
A single machine can cover 5 core functions – "excavation, transportation, drilling, grabbing, and crushing" – and is applicable to multiple fields including agriculture, engineering, gardening, and mining.
三 、Cost and Efficiency: Cost reduction and efficiency improvement drive high long-term cost-effectiveness.
1.Low equipment investment costs:
No need to purchase separate equipment such as excavators, transporters, and drills. A single all-in-one machine can replace them, reducing initial purchase/rental costs, equipment storage space, and ongoing maintenance costs (only one system needs to be maintained).
2.Reduced labor and time costs:
A single operator can operate, eliminating the need for multiple operators (e.g., an excavator driver and a transporter driver), reducing labor costs. Furthermore, the integrated excavation and transportation system eliminates the need for waiting for equipment to connect, resulting in over 30% higher efficiency than the "excavator + transporter" combination, making it particularly suitable for small projects with tight deadlines.
3.More flexible use later:
To meet different operational needs, there's no need to redeploy or rent new equipment. Simply replace accessories to quickly switch functions. For example, using the bucket to dig and transport building materials in the morning and the wood grab to transport saplings in the afternoon significantly improves equipment utilization.
