• Introduction

The chamfering machine adopts an enlarged frame design, which is sturdy and durable, ensuring excellent performance in long-term use. The core components of the equipment, such as motors, bearings, pressure wheels, and hydraulic accessories, are all domestic first-line brand products, further improving the equipment's operating stability and durability. In addition, the mold system of the equipment adopts electric control and can be adjusted independently, to ensure that the stone can be tightly pressed during operation to ensure the flatness and accuracy of the chamfer.

The equipment is widely used in chamfering and rounding operations of curbstones and thick stone plates. Its flexible design and high-precision control system enable it to not only complete standard chamfering and rounding tasks but also customize the chamfer surface polishing function according to customers' special needs. Whether curbstone processing in municipal engineering or thick plate chamfering in architectural decoration, the equipment can provide efficient and reliable solutions to meet various complex processing requirements.

• Performance Features

Sturdy and Durable:
Extra-large frame structure ensures that the whole equipment is solid and durable.

Efficient and convenient:
The high degree of automation, autonomously completes the process of chamfering, rounding, polishing, etc., greatly improving work efficiency and saving labor and material resources.

Rich functions:
Not only limited to chamfering but also with grinding round, polishing, and other functions to meet the needs of diversified stone processing, to achieve a multi-purpose machine.

Save labor, and reduce costs:
Automated operation reduces the dependence on labor, reduces labor costs, reduces the labor intensity of workers, and improves the working environment.

Wide range of uses:
Suitable for chamfering cutting and rounding of stone such as curbstone, thick plate, etc., and can be customized with the function of chamfering surface grinding and polishing.

• Technical Parameters

• Application