Achieve Welding Excellence with CoboWeld TIG Solutions
A TIG welding cobot is a collaborative robotic system that automates tungsten inert gas (TIG) welding, also known as gas tungsten arc welding (GTAW). By maintaining controlled torch movements, travel speeds, and weld positioning, these systems help manufacturers achieve consistent, precise welds while allowing skilled operators to manage programming, setup, and quality control.
Melton Machine & Control Company's CoboWeld TIG systems bring the consistency of automation to delicate welding tasks, helping your team improve productivity without sacrificing control. Whether you're tackling intricate welds or working with sensitive materials, our collaborative TIG welding solutions are customized to fit your parts, production requirements, and existing workflow.
Contact us today to learn more about how we can develop a custom collaborative robotic welding system for your production line.
TIG Welding Systems: Meeting & Beating Modern Manufacturing Challenges
TIG welding, also known as gas tungsten arc welding, is a common welding technique prized for its ability to produce clean, precise welds on thin metals and intricate assemblies. However, this level of precision requires steady hands and an unwavering focus—attributes that can be challenging to consistently maintain over long production cycles or find on a resume during skilled labor shortages. That’s where CoboWeld TIG systems come in.
Melton’s collaborative TIG welding systems combine advanced robotic arms with intuitive programming and adaptive welding capabilities. These systems excel at automating repetitive and complex welding tasks, offering a safe and efficient alternative to manual TIG welding processes without displacing operators. With Melton’s customization capabilities, CoboWeld TIG systems can handle diverse welding applications, from aerospace components to automotive assemblies, ensuring consistent weld quality.
Benefits of collaborative robotic TIG welding include:
- Exceptional precision for intricate welds
- Consistent quality across complex and delicate materials
- Reduction of labor costs and operator fatigue
- Enhanced safety through force sensing and collision detection
- Adaptability for high-mix, low-volume production environments
- Improved productivity without compromising weld integrity
By integrating a CoboWeld TIG system into your production line, you can achieve the reliability and performance your business needs to stay competitive in today’s fast-paced manufacturing landscape.
TIG Welding Cobots: A Diverse Solution
CoboWeld TIG systems can automate a variety of welding tasks that require precise torch movement and consistent weld placement. From repetitive joints to intricate weld patterns, these systems help manufacturers maintain weld quality while adapting to changing production requirements.
Our welding cobots can perform tasks such as:
- Tack-welding
- Weaving
- Linear welds
- Circular welds
- Stitch welding
- Patterns
These capabilities give manufacturers greater flexibility to automate precision welding tasks, but selecting the right system depends on the materials, parts, and production requirements involved.
How Do You Choose the Right TIG Welding Cobot?
Choosing the right TIG welding cobot depends on your materials, production demands, and existing workflow. Key considerations include:
- Material and Weld Requirements: Material thickness, part geometry, and joint accessibility affect torch positioning and tooling.
- Production Volume: Evaluate cycle times, throughput goals, and repetitive welding tasks.
- Operator Involvement: Consider part loading, programming, filler material handling, and weld inspection.
- Programming Flexibility: Cobots can accommodate smaller production runs and frequent part changes.
- System Integration: Floor space, fixturing, safety requirements, and existing equipment influence system design.
TIG welding cobots are often ideal for flexible, precision-focused applications, while traditional robotic welding systems may better support high-volume production or larger components requiring greater automation.
Melton can help you select a system that improves weld consistency, supports your workforce, and meets your production goals.
Precision Parts and Components for Superior TIG Welding Results
Since installing our first Cobot welding system in 2017, Melton has been committed to developing cutting-edge Cobot solutions tailored to the unique needs of our customers. Our CoboWeld TIG systems are no exception.
From single-application setups to shopwide solutions, Melton’s proprietary CAP software, expert design-build process, and innovative Cobot system features make it easier than ever to elevate your TIG welding operations. Size, shape, and application are flexible so you can have peace of mind that your machines will fit your needs.
When automating TIG welding for your business, we can equip the cobot system with:
- Universal robots UR20, UR10e, or UR5e
- GTAW sets for mild steel, stainless, and aluminum
- Miller Maxstar & Dynasty 280, 300, 400 & 800
- Water-cooled torch with Coolmate 1.3 Water cooler
- Carts for single or 2 station applications
- 36 x 48 Single cart unit
- 36 x 96 Double cart unit
- Custom sizes and mounting options
- Built-in weld spatter tray that can be removed for easy cleaning
Your manufacturing process is anything but standard, so why should your welding systems be? Maintain your status as a manufacturing industry leader and get a custom TIG cobot system from Melton today.
Expanded Customization Options
To enhance the versatility of your collaborative TIG welding system, Melton offers a range of optional features tailored to your specific needs:
- Wire feed
- Arc shields
- Welding torch cleaner
- Tooling to hold your parts
- Variety of welding torches
- Rail system for additional reach
Expert Support for Every Step
With more than 55 years of automation experience, Melton Machine & Control Company provides custom TIG welding solutions backed by expert integration, training, and ongoing support. Explore our case studies to see our automation capabilities in action.
System Integrations
Our engineers integrate CoboWeld TIG systems into your existing production environment, addressing tooling, controls, programming, and operator workflows. We also support equipment from other manufacturers.
On-Site Support
Melton provides on-site support for troubleshooting, operator training, system optimization, and preventive maintenance to help maintain reliable welding performance.
Frequently Asked Questions About TIG Welding Cobots
What Is a TIG Welding Cobot?
A TIG welding cobot is a collaborative robot designed to automate tungsten inert gas welding, also known as gas tungsten arc welding (GTAW). It follows programmed weld paths to maintain consistent torch positioning, travel speed, and weld placement. These systems are commonly used for precision welding applications involving thin materials, intricate joints, and repetitive production tasks.
How Is a TIG Welding Cobot Different From a Traditional TIG Welding Robot?
TIG welding cobots typically feature intuitive programming and compact configurations that make them suitable for flexible production environments and frequent part changes. Traditional TIG welding robots may offer greater speed, reach, and integration capabilities for larger components or high-volume production. The best choice depends on your welding requirements, production volume, and available workspace.
How Much Does a TIG Welding Cobot Cost?
The cost of a TIG welding cobot depends on the robot model, welding power source, tooling, fixtures, safety equipment, and level of customization. Additional capabilities, such as automated wire feeding, extended reach, or multiple workstations, can also affect the investment. Melton evaluates your application to help determine which configuration offers the best value for your production needs.
Can Collaborative TIG Welding Improve Production Throughput?
Yes. Collaborative TIG welding can improve throughput by automating repetitive welds, maintaining consistent torch movements, and reducing variation between welding cycles. Actual improvements depend on part complexity, weld length, filler material requirements, loading and unloading times, and other production factors.
Are TIG Welding Cobots Safe to Use Around Workers?
TIG welding cobots can incorporate safety features such as force sensing and collision detection, but the welding process still presents hazards. Arc radiation, heat, fumes, electrical risks, and moving equipment require appropriate safeguards and a task-specific risk assessment. Depending on the application, protective barriers, arc shields, ventilation, and other safety controls may be necessary.
How Long Does It Take to Implement a TIG Welding Cobot?
Implementation timelines vary based on the system configuration, tooling, programming, testing, and integration requirements. Straightforward applications may require less engineering than highly customized systems involving specialized fixtures or additional automation. Melton works with your team to define project requirements and develop a realistic implementation schedule.
START A CONVERSATION
With Melton, you’re never alone in your automation journey—we’re by your side every step of the way. Take the first step today by filling out our contact form. Our team will be in touch to assess how we can best support your automation goals.
