The demand for high-precision components in the oil and gas, mining, and earthmoving industries is paramount for ensuring smooth and efficient operations. Among these components, CNC bushings play a crucial role in various equipment, providing a precise and reliable interface for rotational and linear motions.

CNC (Computer Numerical Control) bushings are precision-machined components that are manufactured using advanced computer-aided manufacturing techniques. These bushings are designed to meet strict tolerances and are often used in high-stress and high-temperature environments.

In the oil and gas industry, CNC bushings are commonly found in drilling equipment, pumps, valves, and other critical components. Their precision-machined surfaces ensure a tight and smooth fit, reducing friction and wear, which in turn increases the overall efficiency and reliability of the equipment.

Similarly, in the mining and earthmoving industries, CNC bushings are essential for heavy-duty equipment such as excavators, loaders, and bulldozers. These bushings must be able to withstand extreme loads and harsh conditions while maintaining a consistent and reliable performance.

The manufacturing process for CNC bushings involves the use of precision CNC machines and high-quality materials. The bushings are designed using CAD (Computer-Aided Design) software and then cut and shaped using CNC milling and turning machines. This process ensures that each bushing meets the exact specifications required for its intended application.

In addition to precision machining, CNC bushings are often subjected to rigorous quality control testing. This includes inspections for dimensional accuracy, surface finish, and material properties. These tests ensure that the bushings meet the strict standards required by the oil and gas, mining, and earthmoving industries.

Overall, high-precision CNC bushings play a vital role in ensuring the smooth and efficient operation of equipment in the oil and gas, mining, and earthmoving industries. By providing a precise and reliable interface for rotational and linear motions, these bushings contribute to the overall performance and productivity of these industries.

Valve Bushing

VIIPLUS CHINA offers a broad variety of machining services for OEM market. Our machining service provides value-added to a full range of steel grade solutions, from steel material to semi-finished or finished components. Our workshop machining capabilities include CNC lathing, milling, grinding, drilling, high speed machining, surface treatment and so on.

Features of Steel Machining Services

• Enthusiasm.
• Rapidity.
• Precision.
• High Efficiency.
• Procedure Reduction & Cost Saving.
• Service-oriented.

High Precision CNC Bushing For Oil & Gas , Mining & Earthmoving Industries

We are committed to providing quality cnc bushing products and services which exceed oil & gas, mining, and earthmoving industries standards.Material:Aluminum, Brass, Bronze, Copper, Steel Alloys

Precision machining four-axis manufacturing, integrating design, development, production and sales, has a number of precision CNC vehicles,CNC machining center, precision milling machine and other precision CNC equipment.

High Precision CNC Bushing Custom Forging Turning 42crmo Steel Mining & Earthmoving Parts.

Non - standard customization, special processing tasks require extraordinary material selection solutions
In the field of industrial solutions, our materials engineers and workshop technicians combine the selected final results of rationalization projects to confirm the overall non-standard customized solution.If it is meaningful to use non-standard customized materials, we will provide materials and products that can be delivered and used in the shortest time according to the conditions of the workpiece.
Non-standard customization covers: special size, specified quantity, special standard, etc.

FEATURES

QUALITY & CERTIFICATION

OVERVIEW
Four axis precision advantages in the industrial performance, as industries developed, for the product precision demand is higher and higher, the density of the understanding of knowledge of the fourth shaft, more and more people want to know, using a common industrial production machinery in the fourth axis, you explain so far are below the fourth axis the advantage of accuracy degree.
The high precision of the fourth axis ensures the positioning accuracy and repeated positioning accuracy, and ensures the high reliability, long life, low noise, low vibration and high accuracy of the spindle.Deeply trusted by the majority of customers.
VIIPLUS a precision machinery co., LTD., with high precision, environmental protection and professional production system, all products of the company from design, development, processing and manufacturing to the finished product inspection, strictly control, and in order to ensure the products with high precision, the introduction of a series of advanced processing equipment and testing instruments, the testing equipment can automatically complete the detection precision test data and print out the report of the project, to ensure the accuracy of the data for the index plate products of high quality.
Now everyone should know the precision of the fourth axis, if you still have any questions, you are welcome to consult.Although it has been claimed that centrifugally cast bushings outlast Forging Turning bushings, many users who have tried these bushings have found that no other combination will outlast ours. Our original forged steel bushings have already proven to outlast any cast, centrifugally cast, or combination of either.

In addition to our CNC PINS AND BUSHING, VIIPLUS created a new line of Forged Steel Bushings for CNC industry.

SPECIFICATIONS

VIIPLUS has extensive knowledge in the production and engineering of parts related to any heavy industry.

Six steps of processing

Most of the mechanical processing is CNC processing, in many enterprises have applications.In the process of processing is generally according to the specific workpiece to produce, to design the process, so do you know the CNC processing process?The following is a simple analysis for you, mainly divided into six steps.
1. Product analysis
It is better for an enterprise to conduct product analysis before manufacturing parts and production. Through product analysis of production, it is necessary to obtain certain composition information and processing requirements of parts, such as parameters and performance indicators.
2. Graphic design
Graphic design reflected in the analysis of the product, including the shape of parts, contour, and so on, through analysis processing to determine the type of parts, it is best to use graphics software to draw.
3. Process planning
Different parts of the process is different, CNC machining can achieve a variety of processes, to meet the needs of complex production, the so-called memory machine multi-purpose.Process is generally based on the appearance of the workpiece products and processing requirements to analyze, so as to obtain a reasonable processing steps.
4. Tool path production process
This link is actually the process through the software to achieve, such as setting a variety of production parameters, including the path of the tool optimization and so on.
5. Path simulation
After the path is generated in the software, it should be finally applied in the machine tool, but the simulation should be conducted before the application. The simulation of the path can reduce the error that may be caused by the actual processing, or reduce the rejection rate.Generally, the focus is to check the appearance of the workpiece effect, overcut or undercut, the path of the process planning science and so on.
6. Path output
Path output is a necessary step of software programming embodied in the machine tool, through the path output can achieve the basic CNC function, is also the important meaning of modern CNC processing.