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Digging machine

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Manufacturer First
Product Attributes:
Type: Medium-sized Loader
Type: Crawler
Type: Wheel Excavator
Type: Chain Trencher
Pressure Pile Driver
Type: Crawler Excavator
Cutter Suction Dredger
1.5 cubic meters
Operating Weight: 30 tons
Track Shoe Width: 600 mm
Within the Last 5 Years
Certification: CE
Condition: New
Transmission: Hydraulic
Load and Unload Mode: Front Discharge
Walking Mode: Wheeled
Drill Hole Diameter: >300mm
Drilling Way: Rotary
Usage: Special Excavator
Bucket: Grab Shovel
Drive Type: Electric Drive
Size: Medium-Sized
Application Field: Agriculture
Power Source: Gasoline
The Number of Spiral: 1
Moving way: Crawler Loader
High-speed Repeatedly Into a Ditch
Speed: 150-300m/h
Hydraulic Pile Driver
Pile Hammer Type: Hydraulic Hammer
Motor Power: 90kw
Motor: AC Motor
Drill Hole Depth: >200m
Bit Type: Diamond Bit
Arm Length: 1.5 meters
Engine Power: 100 hp
Power Type: Diesel
Cyclone Type: Hydrocyclone
Slot Type: CTS
Customized: Customized
Max Trenching Depth: 1500mm
Structure: Single Disc
Warranty: 1 Year
Bucket Capacity: 1.0~1.5m³
0.5 cubic meters
1.2 cubic meters
Bucket Capacity: 0.1~0.5m³
Operating Weight: 10 tons
Operating Weight: 25 tons
Track Shoe Width: 300 mm
5-10 Years Old
Year of Manufacture: Latest Year
Certification: RoHS
Certification: ISO 9001:2000
Certification: ISO 9001:2008
Certification: EU
Certification: ISO9001: 2000
Certification: EPA
Transmission: Hydraulic Transmission
Drill Hole Diameter: 250-300mm
Drilling Way: Impactor
Usage: Marine Excavator
Usage: Mining Excavator
Usage: GM Excavator
Bucket: Shovel
Bucket: Backhoe
Internal Combustion Drive
Size: Small-Scale
Power Source: Tractor
Power Source: Diesel
Power Source: Hydraulic Turbine
The Number of Spiral: 2
Moving way: Wheel
Speed: 100-200m/h
Motor: DC Motor
Drill Hole Depth: 100-150m
Bit Type: Cone Bit
Arm Length: 3.0 meters
Engine Power: 200 hp
Structure: Double-Disc

Sourcing guidance for Digging Machine

What are the key technical specifications to consider when selecting a digging machine?

When sourcing a digging machine, you must prioritize the Operating Weight and Engine Power to ensure the machine matches your project scale. For urban construction, Mini Excavators (1-6 tons) are ideal, while large-scale mining requires Heavy Excavators (>30 tons). Pay close attention to the Hydraulic System pressure and flow rate, as these determine the efficiency of attachments. Additionally, verify the Maximum Digging Depth and Bucket Capacity to meet specific operational requirements.

Which international compliance standards are mandatory for digging machines?

Compliance is critical for legal operation and safety. Ensure the machine meets ISO 9248 for earth-moving machinery and carries the CE Marking for the European market or EPA Tier 4/Final certification for the U.S. market to meet emission standards. Furthermore, the machine must be equipped with ROPS (Roll-Over Protective Structure) and FOPS (Falling Object Protective Structure) certified cabins to ensure operator safety.

How can I evaluate the durability and core components of the machine?

Focus on the 'Big Three' components: the Engine (e.g., Cummins, Yanmar, or Isuzu), the Main Pump, and the Control Valve. High-quality machines use reinforced steel for the boom and arm and feature heat-treated track shoes for wear resistance. Request the supplier to provide hardness test reports for the bucket teeth and hydraulic oil leak test results to ensure long-term structural integrity.

What usage scenarios are best suited for different types of digging machines?

Crawler Excavators are best for unstable terrain due to their superior traction, whereas Wheel Excavators are preferred for projects requiring frequent movement on paved roads. For indoor demolition or narrow landscaping, Zero-Tail Swing models are essential to prevent accidental damage to surrounding structures.

Cross-Border Procurement & Risk Management for Heavy Machinery

How should I handle the logistics and shipping of heavy digging machines?

Due to the size and weight, digging machines are typically shipped via Ro-Ro (Roll-on/Roll-off) vessels or Flat Rack containers. Ensure the supplier uses anti-corrosion wax coating for sea transit to prevent saltwater damage. It is highly recommended to use FOB (Free On Board) terms to maintain control over the shipping costs and choose a freight forwarder experienced in heavy equipment.

What are the common risks in cross-border transactions and how to mitigate them?

The primary risk is receiving a machine that does not match the advertised specs. To mitigate this, use Secure Payment services provided by platforms like Made-in-China.com to ensure funds are only released after proof of shipment. Always hire a third-party inspection agency (like SGS or TÜV) to conduct a pre-shipment inspection (PSI) to verify the engine serial numbers and functional performance.

How do I negotiate effectively with heavy machinery suppliers?

Do not just negotiate on the unit price; negotiate for spare parts packages (e.g., filters, seals, and hoses for the first 2,000 hours). Ask for a warranty extension on core components like the hydraulic pump. For bulk orders, aim for a 10-15% discount or request the inclusion of multiple attachments (breakers, augers, or quick hitches) at a subsidized rate.

What after-sales support should I demand from a cross-border supplier?

Ensure the supplier provides English-language technical manuals and video troubleshooting guides. Confirm the availability of global spare parts distribution; a supplier with a local warehouse or a partnership with a global courier for 48-hour parts delivery is a significant advantage for minimizing machine downtime.

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