Large Size Parts Precision Machining: The Major Challenges You Need to Know

Large Size Parts Precision Machining: The Major Challenges You Need to Know

Large Size CNC Precision Machined Parts

CNC precision machining is a process of creating parts with very tight tolerances. This process is usually used for small parts, but there is a growing demand for larger parts to be machined with precision. The fabrication of large CNC parts is a challenging process that requires both expertise and experience. Many factors must be considered when machining large size CNC precision machined parts, such as the effects of thermal expansion, the use of supports and fixtures, and the need for specialized tooling. Additionally, the large size of the parts can make them difficult to handle and move around during the machining process. Would you like to know more about the challenges involved in large size parts CNC machining? Read the post to know more.

Major Challenges Involved in Large CNC Parts Machining Explained

While CNC machining can be accurate, some challenges may arise during large parts CNC machining. The following are a few of the many challenges that can occur during the making of large CNC precision machined parts. 

  • The next biggest challenge is ensuring that the tolerances are met. Tolerances are the allowable deviation from the desired dimension of a part. When making large CNC machined products, there are chances that the tolerance level can get deviated from the range specified by the customer.
  • Avoiding defects is one of the major considerations, yet one of the most challenging aspects of large part CNC machining. Defects can occur due to several factors such as incorrect tooling, poor programming, or wrong machine setup. To avoid such defects, it is highly recommended to use the correct tooling and properly follow the correct machining procedures.
  • Next challenge can be due to unnecessary vibration during machining process When making large CNC parts, it is important to ensure that the machine is properly secured. This avoids vibrations and related problems.
  • Increased level of complexity is yet another major challenge involved in large CNC parts machining. When machining large parts, there are a lot more variables to consider. This can make the process more difficult to control and can lead to more mistakes.
  • Ensuring the right tool path throughout the machining process is quite important. This is because incorrect tool path can cause the part to be machined incorrectly.
  • Another challenge involved in CNC machining large parts is programing the machine in par with the work you need it to do. This can be a complex process, and it is highly critical to make sure that the machining shop has the right software and tools for the job.
  • Increased level of wear and tear is a concern for many CNC machine operators performing large parts CNC machining. Large parts are much heavier and require more force to be machined. This can cause the machinery to wear down faster and can lead to more frequent breakages.
  • Ensuring that the cutting tool does not deflect during the machining process is another challenge involved in the process. Tool deflection can cause havoc on the final dimensions of the workpiece.
  • Additionally, large part CNC machining often requires the use of high-pressure coolant systems to prevent tool wear and heat build-up. These systems can be expensive and require careful maintenance.

Overall, the larger the CNC part, the greater the challenge in terms of both successful machining, whilst keeping costs down. There are a few reasons for this:

  • First, large CNC parts often require special fixtures or set-ups, which can be costly and time-consuming to create.
  • Second, the larger the part, the greater the chances that it demands multiple machining, which can also lead to added cost and lead time.
  • Finally, due to the size and weight of large parts, they can be more difficult to handle and transport. This can also add to the overall cost of the project.

Considering the aforementioned challenges, it is highly recommended to choose the right precision machining service provider for making large CNC precision machined parts.  Here are some key considerations to keep mind when making a decision.

  • What is the service provider’s capacity and capabilities in machining large size CNC parts?
  • What are the provider’s quality control procedures?
  • What is the provider’s financial stability?
  • How experienced is the team in handling large part CNC machining?
  • What is the range of services offered by the machining service provider?
  • What is the firm’s lead time for large size parts?
  • What is the provider’s pricing strategy?

Asking these questions will help you narrow down your choices and select the best precision machining service provider for your project.

As the plastics and metal industries continue to grow, the need for CNC machined products become more and more in demand. CNC machined products are very specific in dimensions because they are made with the high-precision. Being said this, for quality and cost-effectiveness in large part CNC machining, it is highly recommended to associate with a leading and experienced provider. With their expertise and access to the latest technologies, knowledgeable service providers have the capability to successfully complete complex large parts CNC machining projects quickly and affordably. They are equipped with state-of-the-art machinery, skilled personnel and advanced knowledge of the machining industry. If you’re looking for a reliable solution for large part CNC machining, consider Princeton Industrial Products, Inc., an ISO 9001:2015 CNC machine shop specializing in custom CNC machining services. Their many years’ experience ensures that the challenges are resolved quickly, and your project is fulfilled efficiently and cost effectively so you get the superior results you want.

Need machine parts FAST?

Ask us for a FREE estimate