Parts assembly is a small, but important service that some manufacturers offer to their customers. For example, Global Precision Parts assembles parts for our customers according to their requirements. Good assembly services ensure that products will arrive correctly constructed and ready for installation. 

While there are many different techniques available for assembling parts, there are strategies to optimize any parts assembly process, regardless of their simplicity or complexity. Optimized assembly improves the efficiency of the process, as well as the resulting quality of the product. 

The importance of understanding product requirements

Product specifications, such as functions, features, and the quality standards they need to adhere to, guide the manufacture of the product. However, they are also important for assembly. Understanding the product’s requirements allows manufacturers to identify critical components and determine the necessary sequence of assembly steps. 

Choosing the right method of assembly

This likely goes without saying, but choosing the right assembly method to suit the product requirements. This isn’t just choosing the best technique, but also choosing whether to automate the process or not. 

With new innovations in automation technology, more and more assembly processes can be automated for faster and more consistent production. Automated assemblies can also be performed more accurately, but are often more expensive and complex, and the equipment is typically very inflexible to unexpected design changes. 

Manual assembly on the other hand is very flexible and adaptable. This type of assembly is lower cost compared to automated assembly, but can be prone to errors and variability between products, especially if the assembler is inexperienced. 

There is also the option of a hybrid between the two types. Hybrid forms of assembly offer the best of both worlds–flexibility, lower costs, and high accuracy–but does require careful coordination. 

Optimizing the Layout of the Facility

Another part of optimizing parts assembly is optimizing the overall layout of the facility, or at least the location and equipment necessary for assembly operations. Equipment, tools, workbenches, and other necessary parts of the process should be optimized to reduce the distance, time, and effort required. 

Quality Control and Continuous Improvement

Another way to optimize parts assembly is by having monitoring and quality control measures in place. This can be through manual visual inspection or automated systems, but the important part is to use the information to find ways to improve and streamline the assembly process when possible. Continuous improvement is a major part of every part of the manufacturing process, parts assembly included. 

Looking for a supplier of high precision manufacturing services?

Global Precision Parts offers everything from precision manufacturing to parts assembly to shipping and delivery solutions. Check out our website to learn more and request a quote.