Shanghai Yanbang Engineering Machinery Co., Ltd.
Add to Cart
| Product name | used caterpillar 305.5E hydraulic digger excavator |
| Operating weight | 5350kg |
| Bucket capacity | 0.22m³ |
| Machine weight | 3500kg |
| Power | 34.1kw |
| Working hours | 1000 |
| Hydraulic pump brand | original |
| Moving type | hydraulic pump digger excavator |
| Engine brand | original |
| Video outgoing-inspection | provide |
| Core components | pump, engine, pressure vessel,motor |
| Maximum digging height | 5460mm |
| Maximum digging depth | 3720mm |
| Max digging radius | 5955mm |
| Rated speed | 4.3/2.8km/h |
Advantages of the Cat® 305.5E compact hydraulic excavator include:
1. Small and portable: 305.5E is a small hydraulic excavator with a relatively small size and is suitable for small working spaces and narrow roads.
2. Powerful working performance: Despite its small size, the 305.5E has excellent digging and dozing capabilities and can easily cope with various working scenarios.
3. Flexible operation: The spiral rotating equipment allows the machine to rotate 360 degrees in a small space, making it convenient to dig and dump materials.
4. Comfortable cab: The 305.5E’s cab has a humanized design and is equipped with comfortable seats, good visibility and an intuitive instrument panel, providing a good driving experience.
5. High efficiency and energy saving: This model of excavator is equipped with Caterpillar's advanced hydraulic system, which provides high-efficiency power and operating performance while saving fuel and reducing operating costs.
6. Excellent engineering quality: Caterpillar is a well-known construction machinery manufacturer. The design and manufacture of the 305.5E follows strict quality control standards and has good reliability and durability.
All in all, the Cat® 305.5E small hydraulic excavator has the advantages of portability, powerful working performance, flexible operation, comfortable cab, high efficiency and energy saving, and high quality engineering, and is suitable for various small engineering construction scenarios.
