TIG Welding Robots (RoboCell)
TIG welding, also known as Gas Tungsten Arc Welding, is renowned for its precision and stability, particularly in applications involving thin metals or complex assemblies.
Melton Machine & Control Company’s TIG Welding Robots, or TIG RoboCells, bring this revolutionary level of precision to your production line with detailed development and seamless integration phases. Our advanced robotic welding cell systems ensure consistent, high-quality welds while reducing the risks associated with manual welding.
Superior Automation for Complex Welds
Robotic TIG welding is a process that utilizes a non-consumable tungsten electrode to produce the weld. TIG welding is ideal for tasks requiring high precision, greater control over heat, and minimal weld spatter. It is essential for applications in industries such as aerospace, automotive, and other complex sectors.
TIG welding robots’ greatest strength lies in their ability to handle complex welds with delicate materials. The TIG welding process allows operators to have complete control over the heat input, which ensures welds are cleaner, more precise, and less likely to distort. This makes it perfect for intricate welding tasks where the margin for error is minimal.
Automating this process with Melton’s TIG Welding RoboCells not only improves production rates but also guarantees the kind of consistency that is difficult to achieve with manual welding. By integrating this robotic welding system, manufacturers can overcome labor shortages while ensuring consistent, high-quality welds every time.
Benefits of an automated TIG welding cell include:
- Precise weld control
- Reduced manual errors
- Enhanced production speed
- Superior weld quality
Custom-Built TIG Welding Systems That Work for You
At Melton, our TIG welding robots are more than just machines—they’re custom-built solutions that adapt to the unique demands of your production line.
Each RoboCell is created to integrate seamlessly with your existing systems to offer a comprehensive solution to even the most complex welding tasks. We don’t believe in one-size-fits-all solutions; every TIG welding robot we build is tailored to the needs of your business and no one else’s.
Precision That Powers Your Production
When it comes to delivering reliable, high-performance TIG welding solutions, Melton stands out as an industry leader. With more than 60 years of experience in automation solutions, we combine technical expertise with a commitment to quality that ensures every project we deliver exceeds your expectations.
Our team works closely with you from the initial design phase through installation and ongoing support, ensuring that your system is tailored to your unique needs and integrated seamlessly into your workflow.
Beyond system solutions, we also offer:
System Integrations
We understand the complexities of integrating new automation solutions into existing systems or production lines. Our TIG welding robots are designed to fit smoothly into your current operations, allowing for easy upgrades without disrupting your workflow.
But if you’re having trouble or are trying to implement a machine sourced somewhere else, we provide full integration services, from custom tooling to advanced programming, to help get your new systems up and running to their fullest potential.
On-Site Support
Sometimes, automation challenges are best addressed at the root of the problem. Our skilled engineers and automation experts will travel to wherever you’re located and provide comprehensive support for your systems right within your own facilities and production spaces.
Our team of skilled technicians is ready to assist with any challenges, offering maintenance, troubleshooting, and system optimization services to keep your production running smoothly.
START A CONVERSATION
You’re only a few clicks away from brand-new TIG welding processes. Contact us today to discuss how our custom robotic welding solutions, such as our TIG welding robots, can elevate your production line.
Fill out our online contact form to get in touch.