This is a large and complex part that is used in the assembly of a Metso 60X110 Gyratory Crusher. The Eccentric Bushing is responsible for setting the eccentricity of the crusher, which determines the size of the crushed aggregate.

Dimensions:

Weight: 2789.6kg

Diameter: 1079.5mm

Height: 1918mm

Materials:

Self-lubricating high-lead copper alloy

Features:

Precision-machined to ensure accurate fit and operation

Grooves and slots for lubrication and cooling

Applications:

The Eccentric Bushing is a critical component in the operation of a Metso 60X110 Gyratory Crusher. It is used to:

Set the eccentricity of the crusher

Provide a bearing surface for the crusher's rotating parts

Transmit crushing forces from the head to the frame

Maintenance:

Proper maintenance of the Eccentric Bushing is essential for the safe and efficient operation of the crusher. It should be regularly inspected for wear and damage, and replaced as needed.

Additional Details:

Part Number: 17-403-168-002

Manufacturer: Rock machinery

Model:*60X110 Gyratory Crusher

Importance:

The Eccentric Bushing is a vital component in the operation of a Metso 60X110 Gyratory Crusher. It is responsible for setting the crusher's eccentricity, which determines the size of the crushed aggregate. Proper maintenance of the Eccentric Bushing is essential for the safe and efficient operation of the crusher.

Part no: 07-346-505-001

Material: High lead bronze, C93800

Machining Details: The machining center is equipped with a high-precision cutting tool that is specifically designed for the machining of high lead bronze. The tool is guided by a computer-controlled numerical path to ensure accurate and consistent cutting.

The machining process involves:Roughing: The tool initially removes excess material from the workpiece to achieve the desired shape and size.

Finishing: After roughing, the tool performs a finishing pass to smooth the surface and achieve the required precision.

Additional Features:

Coolant System: The machining center is equipped with a coolant system that sprays a lubricating and cooling fluid onto the workpiece during machining. This prevents excessive heat build-up and ensures a smooth cutting process.

Automatic Tool Changer (ATC): The machining center has an automatic tool changer that allows it to quickly switch between different cutting tools, reducing downtime and increasing efficiency.

Workholding Fixtures: The workpiece is securely held in place by specialized fixtures that maintain its position during machining.

Benefits of Machining with a CNC Machining Center:

Precision: CNC machining ensures precise and repeatable cutting, which is essential for achieving the tight tolerances required for crusher wear plates.

Speed: CNC machining significantly reduces machining time compared to manual processes.

Consistency: The computerized control system ensures consistent quality and reduces the risk of human error.

Efficient Material Utilization: CNC machining minimizes material waste and optimizes material usage.

Increased Productivity: The automation and efficiency of CNC machining result in increased overall production output.

Our company has installed a large number of CNC lathes, which are sufficient to meet the requirements of mass production.

Horizontal CNC lathes are machine tools that use numerical control to automatically control the processing of workpieces. They are widely used in the automotive, aerospace, electronics, and other industries.

Horizontal CNC lathes are divided into various types according to different processes and structures. The main components of a horizontal CNC lathe include the chuck, the chuck head, the tool post, the bed, the tailstock, and the numerical control system.

The chuck is fixed at the end of the bed and clamps the workpiece to be processed. The chuck head is located at the opposite end of the bed and is connected to the chuck through a sliding guide. The tool post is installed on the bed and is the workpiece during processing. The numerical control system is responsible for controlling the entire lathe, including positioning, cutting speed, and other parameters.

In operation, the chuck clamps the workpiece and rotates it at high speed. The tool post holds the cutting tool and performs high-precision machining on the workpiece according to a preset program. The tailstock supports the rear end of the workpiece to ensure that it is firmly fixed during processing. The numerical control system controls the entire process and ensures accurate machining.

Generally speaking, horizontal CNC lathes have high precision, high efficiency, and good repeatability. They are widely used in modern manufacturing processes and have become an important part of manufacturing.