Plastics manufacturing may be a good solution for the transport or mixing of liquids and gases in your production system. There may be a risk of metal components corroding or decaying with the transport of caustic chemicals. In those instances, plastic pipe or tubing...
We’re sure many of you in the semiconductor manufacturing industry are keeping up with the news on the U.S. Innovation and Competition Act, which could soon bring $52 billion to American semiconductor R&D and manufacturing. It’s an exciting time for Axenics to be...
The United States life science industry is predicted to grow at 8% annually, reaching $427.78 billion by 2027, according to Market Research Future. Axenics supplies critical components to the manufacturers of patient diagnostics and performs contract manufacturing for...
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Orbital welding is the ideal solution for many of your custom metal fabrication projects. Axenics’ remains an industry leader in metals manufacturing for more than 35 years. Our in-house orbital welding procedures advance regularly, as we currently use some automation combined with human expertise to perfect weldments.
Stainless steel maintains its popularity across a wide range of industries, because of its highly corrosion-resistant properties, in addition to the ability to withstand long-term exposure to the environment. Many metals are extremely heat resistant, meaning they have a higher melting point than some thermoplastics and maintain their structural integrity under high temperatures for longer periods than plastics.
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Metals are tougher and more durable than many plastics making them the better option for structural purposes. Metal properties allow for easier fabrication, creating more opportunities for changing the structure and design of the material. Metals also offer a cost-effective solution for long-term projects or projects with a high volume of component fabrication.
We provide metal manufacturing and assembly services for customers in the medical device manufacturing as well as industries such as alternative energy, life sciences, chemical manufacturing and semiconductor manufacturing. Commonalities of all those industries include:
Orbital welding meets those criteria. It’s the best solution for our customers that produce large quantities of diagnostic equipment and medical instruments. Orbital welding results in unmatched identical, repeatable welds. The automated process we use guarantees your weldments are free from craters, sugaring or gaps.
Our clients demand components free from contaminants, therefore much of our orbital welding happens in a Class 100 cleanroom, keeping dirt, dust and other particles out of the environment and the components.
Technological advances often means smaller components for mini devices used in semiconductors or life-saving equipment. That means automated processes like orbital welding are not the best solution for producing these components with hard-to-reach spaces.
A human being performs the most-accurate, challenging and difficult-to-reach welds. We prefer gas tungsten arc welding (GTAW) a.k.a. TIG welding for those situations. It’s a repeatable, refined welding process for precision fabrications with miniscule welds.
We’ll assist your decision whether metals or thermoplastics are best for your project in order to keep your product yield high while maintaining a competitive pricing structure.
Many journeyperson welders consider argon the perfect shielding gas for precision welding and fabrication. Axenics utilizes 99.9% pure argon for tungsten inert gas (TIG) welding for customers that require high-purity welds for their liquid and gas transfer systems...
Choosing whether metal or thermoplastic materials are the ideal solution for your components depends on a variety of factors, including, but not limited to: the uses of the components; how the components are fabricated; your budget; and whether material appearance...