The semiconductor industry has long been at the forefront of technological innovation, powering the devices and machines that shape our modern world. As the industry continues to evolve, so too do the processes and technologies used to create the high-performance components that make it all possible. One such technology is orbital welding, a highly precise welding method that has become essential in the semiconductor manufacturing process.

In this article we''ll explore the process of orbital welding and its vital role in creating high-purity components for semiconductor equipment. We'll examine the benefits of using orbital welding in the semiconductor industry and how it helps to ensure high-quality welds while reducing defects. Additionally, we'll discuss how to choose the right orbital welding system for semiconductor manufacturing and the importance of training and certifications for operators of these systems.

So, if you're involved in the semiconductor industry, as an engineer or business owner, keep reading to discover how orbital welding can improve your manufacturing process and help you stay ahead of the curve in this constantly evolving industry.

What is Orbital Welding?

Orbital welding is a specialized welding process that utilizes a machine to produce a high-quality, precise weld. Unlike traditional welding methods that require manual manipulation of the welding torch, orbital welding is automated, which helps to eliminate variability and ensure consistency in the welding process. Because of this, orbital welds have obtained a reputation for being consistent and repeatable welds.

There are tons of benefits to choosing orbital for semiconductor manufacturing. For example, the process can produce welds with high-purity, making it an ideal choice for manufacturing components used in semiconductor equipment. Additionally, orbital welding produces welds that are more precise and uniform than those produced by traditional welding methods. This can result in higher yields, reduced scrap rates, and lower overall manufacturing costs.

Orbital Welding in Semiconductor Manufacturing

Orbital welding plays a critical role in the semiconductor industry, where the purity of components is vital.

As mentioned above, one of the key benefits of orbital welding in semiconductor manufacturing is its ability to produce high-purity welds. This is accomplished by controlling the atmosphere around the weld, ensuring that the weld area is free from contaminants. In addition, orbital produces a smooth and even weld, which helps to eliminate the crevices and pits that can harbor contaminants and lead to corrosion.

Orbital is also ideal for creating components that require precision and consistency. For example, when welding tubes and pipes, the machine is programmed to follow a specific path and maintain the exact welding parameters, resulting in consistent and repeatable welds. This level of precision is essential in the semiconductor industry, where even the smallest deviation from the desired specifications can result in significant quality issues.

Choosing the right orbital welding system

There are a few key factors to consider when selecting an orbital welding system, including:

Welding Parameters: One of the most important considerations when choosing an orbital welding system is its ability to meet the specific welding parameters required for the job. These parameters can include variables such as the diameter of the tubing or pipe, the wall thickness of the material, and the type of material being welded.

Weld Head Compatibility: Another important consideration is the compatibility of the welding head with the workpiece. The welding head must be able to securely grip the workpiece and maintain a consistent welding distance throughout the welding process.

Ease of Use: The ease of use of the orbital welding system is also an important consideration, as it can impact the efficiency of the welding process. Look for systems with intuitive controls and software that is easy to navigate.

Reliability: Finally, reliability is crucial when selecting an orbital welding system. You'll want a system that is built to last and can withstand the demands of a high-volume manufacturing environment.

As orbital welding specialist we work alongside mechanicals and unions who use various systems and with 20+ years experience, we recommend renting or purchasing one of the following units.

AXXAIR SAXX-200: The SAXX-200 is an advanced orbital welding power supply designed to provide powerful and portable welding solutions. The SAXX-200 has one of the most customizable weld schedule development tools. The complement of advanced SATF weld heads are a great match for orbital welding in semiconductor industries.

AMI 217: Arc Machines Inc is one of the original orbital welding manufacturers with models dating back to the late 60’s. The 217 is a great tool for enhancing developing detailed schedules and producing high quality welds. AMI’s 9 series heads are built to deliver high levels of precision on small diameter tube and pipe.

Magnatech 514: Paired with their M500 Microhead, the 514 is an impressive orbital welding machine in the semiconductor industry. The digital encoded head takes the guesswork out of QC/QA since every step of the weld is recorded.

Orbita welding has revolutionized the welding process in the semiconductor industry, offering numerous benefits over traditional welding methods. This technology has the ability to produce high-purity welds that are free from defects and contaminants, resulting in higher yields, reduced scrap rates, and lower overall manufacturing costs. By choosing the right orbital welding system and working with an experienced vendor, semiconductor manufacturers can achieve high-quality welds with greater precision and consistency.

Post by Steven Derevencha
May 1, 2023 11:05:31 AM
Steven is the Marketing Coordinator for MIT and a certified Inbound Marketing Strategist.