When buying a used excavator, it can be challenging to determine its true value. For many buyers, it's often a rough estimate based on limited market knowledge. Currently, there is no global standard for determining the precise value of used excavators. This means you’ll either need to rely on experience, consult an expert, or compare prices through online platforms. While this can feel broad and uncertain, we’ll guide you through key steps to accurately evaluate the true value of a used excavator.
1. Working Hours of the Excavator
Why It’s Important:
The number of working hours on an excavator is one of the most crucial indicators of its remaining lifespan, much like mileage on a car. Generally, the fewer the hours, the less wear and tear the machine has, and the longer it will last.
Recommendation:
· Ideally, a used excavator with 3,000 to 5,000 working hours is a good option. Machines with over 10,000 hours might need more maintenance.
· Among similar models, an excavator with fewer working hours is often more valuable.
2. Maintenance and Service Records
Why It’s Important:
Regular maintenance is essential for extending the life of an excavator. A well-maintained machine usually operates more smoothly and breaks down less frequently than one with poor upkeep.
Recommendation:
· Review the service records, especially for key components like the hydraulic system, engine, and transmission.
· Even if the machine has higher working hours, a solid maintenance history can increase its value.
3. Condition of the Exterior and Structure
Why It’s Important:
The exterior and structure of the excavator reflect how well it has been used and maintained. Examine the machine for any visible wear, cracks, or corrosion. Ensuring structural integrity is key.
Recommendation:
· Inspect the boom, arm, and bucket for any significant wear or cracks.
· Check welded joints for any rough repairs.
· While appearance doesn’t affect performance directly, significant external damage may indicate poor maintenance habits.
4. Engine and Hydraulic System Condition
Why It’s Important:
The engine and hydraulic system are the core components of an excavator. Their condition determines the machine’s efficiency and operational lifespan.
Recommendation:
· Engine Check: Start the engine and observe whether it runs smoothly, makes any unusual noises, or emits black smoke. Check oil pressure and temperature to ensure they’re within normal ranges.
· Hydraulic System Check: Inspect the hydraulic oil for clarity and cleanliness, and listen for any unusual noises during operation. Ensure there are no leaks and that the system responds promptly.
5. Brand and Model of the Excavator
Why It’s Important:
Different brands hold varying levels of value in the used market. Internationally recognized brands typically retain higher resale value and are easier to maintain. The model year also impacts the machine’s value.
Recommendation:
· Brand Choice: Brands like Komatsu, Caterpillar, and Volvo have higher resale value and are more popular in the second-hand market. Opting for one of these brands can make future maintenance easier.
· Model Choice: Newer models generally have more advanced technology, higher efficiency, and lower maintenance costs.
6. Condition of Accessories and Wearable Parts
Why It’s Important:
Accessories and wear parts, such as teeth, tracks, and hydraulic hoses, directly impact operational efficiency and ongoing maintenance costs. If these parts are severely worn, you might need to replace or repair them soon after purchase.
Recommendation:
· Bucket Teeth and Bucket: Check for significant wear or deformation.
· Tracks and Undercarriage: Inspect the condition and tightness of the tracks. Worn-out or loose tracks may require replacement, adding to your costs.
· Hydraulic Hoses: Look for leaks or aging hoses. The condition of these parts affects the overall performance of the hydraulic system.
7. Operation History
Why It’s Important:
The operating history of the excavator reveals the types of projects it has been used for and the intensity of its workload. Machines used in harsh environments, such as mining or heavy construction, often experience more wear and tear compared to those used in lighter tasks.
Recommendation:
· Inquire about the excavator’s work history and environment. Equipment that has been used in extreme conditions, like mining or demolition, may have more extensive wear.
8. Fault Codes and Electronics
Why It’s Important:
Modern excavators are equipped with electronic monitoring systems. Checking for fault codes can help you identify potential issues. Ensuring that all electronic components work properly is crucial for smooth operation.
Recommendation:
· Use diagnostic tools to read the machine’s fault codes and check for unresolved problems.
· Make sure all electronic components and sensors are in good working order.
9. Market Price Comparison
Why It’s Important:
Understanding the market prices for similar used excavators with the same working hours and condition will help you assess whether the machine’s asking price is reasonable.
Recommendation:
· Compare prices across multiple used equipment platforms and choose the one with the best price-to-performance ratio.
· If the price is too low, it might indicate hidden issues; if too high, the machine may not provide enough value.
10. Test the Machine
Why It’s Important:
Testing the excavator in person is one of the most critical steps in evaluating its condition. Only by operating the machine can you truly gauge its performance and determine if it meets your needs.
Recommendation:
· Whenever possible, test the machine to assess its startup, operation, steering, and digging force. During the test, listen for any unusual noises or vibrations, and ensure smooth operation.
Conclusion
Evaluating the true value of a used excavator goes beyond just the price. It requires assessing factors like working hours, maintenance records, condition, and market trends. By thoroughly inspecting key components and understanding the machine’s history, you can make a well-informed decision that ensures your investment is worthwhile.