Results for Weld Automation ( 43 products )
Bug-O Modular Drive System
FreeeaBug-O Modular Drive System
RDA GLS300 NA
FreeeaRDA GLS300 NA
Invincible 682 Flux Recovery System
FreeeaInvincible 682 Flux Recovery System
RDA Man-O-Matic Head and Tailstock Positioner
FreeeaRDA Man-O-Matic Head and Tailstock Positioner
RDA Port-A-Weld System (PWS)
FreeeaRDA Port-A-Weld System (PWS)
Automatic Girth Welder (AGW-I, AGW-II)
FreeeaAutomatic Girth Welder (AGW-I, AGW-II)
RDA AHPS4-36LP Pipe Roller Stand
FreeeaRDA AHPS4-36LP Pipe Roller Stand
RDA MD 6X6 NA Welding Manipulator
FreeeaRDA MD 6X6 NA Welding Manipulator
RDA MFUB-TW Fit-Up Bed Roller
FreeeaRDA MFUB-TW Fit-Up Bed Roller
RP1 Benchtop Welding Positioner
FreeeaRP1 Benchtop Welding Positioner
Vertical Cladding System (VCS)
FreeeaVertical Cladding System (VCS)
XVC-S Weld Monitoring System
FreeeaXVC-S Weld Monitoring System
Light Weight Automatic Girth Welder (AGW-LW)
FreeeaLight Weight Automatic Girth Welder (AGW-LW)
RDA AHPS4-40 Motorized Pipe Roller Stand
FreeeaRDA AHPS4-40 Motorized Pipe Roller Stand
RDA FHV440-M NA Welding Positioner
FreeeaRDA FHV440-M NA Welding Positioner
60 Ton Fit-Up Roller RDA FUB 40-40-60 NA
Freeea60 Ton Fit-Up Roller RDA FUB 40-40-60 NA
Horizontal Pipe Cladding Systems
FreeeaHorizontal Pipe Cladding Systems
RDA MD 9X9 NA Welding Manipulator
FreeeaRDA MD 9X9 NA Welding Manipulator
XVC-S+ Weld Monitoring System
FreeeaXVC-S+ Weld Monitoring System
RDA AHPS4-63HP Pipe Roller Stand
FreeeaRDA AHPS4-63HP Pipe Roller Stand
RDA AHVP15-4M NA Weld Positioner
FreeeaRDA AHVP15-4M NA Weld Positioner
Compact Cladding System (CCS)
FreeeaCompact Cladding System (CCS)
100 Ton Fit-Up Roller RDA FUB 60-40-100 NA
Freeea100 Ton Fit-Up Roller RDA FUB 60-40-100 NA
RDA MD 12X12 NA Welding Manipulator
FreeeaRDA MD 12X12 NA Welding Manipulator
Wel-Handy Multi
FreeeaWel-Handy Multi
XVC-O Weld Monitoring System
FreeeaXVC-O Weld Monitoring System
RDA CR5 NA Turning Roll Set
FreeeaRDA CR5 NA Turning Roll Set
RDA HD 16X16 NA Welding Manipulator
FreeeaRDA HD 16X16 NA Welding Manipulator
RDA FHVP5-3 Welding Positioner
FreeeaRDA FHVP5-3 Welding Positioner
RDA AHVP15-4 NA 1500lb Welding Positioner
FreeeaRDA AHVP15-4 NA 1500lb Welding Positioner
Improve Productivity and Efficiency with Weld Automation
Welding automation uses mechanized and automated equipment to improve welding productivity, consistency, and quality. Solutions range from semi-automated systems that assist welders with part positioning, rotation, and torch movement to fully automated systems that perform repetitive welding operations with minimal operator intervention.
Automation can help manufacturers and fabricators address skilled labor shortages, increase throughput, and improve weld quality across production runs. By reducing manual handling and maintaining consistent welding parameters, automation solutions can support higher production volumes while helping reduce rework and downtime.
Key benefits of welding automation include:
- Increased production output
- Improved weld consistency
- Reduced labor requirements
- Enhanced workplace safety
- Lower rework rates
Weld Automation Support and Expertise
Red-D-Arc works with customers to evaluate welding applications, production requirements, and operational objectives to identify practical automation solutions. Through our welding applications expertise, customers receive guidance on equipment selection, workflow improvements, and implementation strategies.
Support services may include process evaluations, workflow analysis, equipment recommendations, pilot testing, and turnkey automation solutions. Whether upgrading an existing operation or implementing automation for the first time, Red-D-Arc helps align equipment with production objectives.
Rent, Lease, or Purchase Weld Automation Equipment
Weld automation equipment is available through flexible acquisition programs designed to support a variety of operational needs.
Businesses may choose to:
- Rent weld automation equipment for short-term projects, peak production periods, planned shutdowns or equipment evaluations
- Lease equipment for long-term operations while preserving capital
- Purchase new or used equipment or explore available used equipment for permanent integration into production workflows
Flexible options allow businesses to scale automation investments based on project requirements and production goals
Types of Weld Automation Solutions We Offer
Red-D-Arc offers a range of welding automation solutions. The categories below highlight several common systems used to improve welding efficiency and consistency.
Welding Positioners
Welding positioners help rotate and position workpieces to improve weld access and support more consistent welding conditions. They are commonly used in fabrication, vessel manufacturing, and structural applications.
Welding Manipulators
Welding manipulators provide controlled movement of welding heads for large-scale fabrication projects. They are often used in pressure vessel manufacturing, heavy equipment production, and automated welding operations.
Turning Rolls
Turning rolls are designed to rotate cylindrical workpieces such as tanks, pipes, and vessels during welding. They help improve weld consistency while increasing production efficiency.
BOTX Welding Cobots
BOTX welding cobots provide a practical entry point into automation by combining robotic welding capabilities with operator oversight. These systems are commonly used to improve productivity on repetitive welding applications.
Submerged Arc Systems
Submerged arc systems support high-deposition welding for heavy fabrication, vessel manufacturing, and large-scale production environments where throughput and weld quality are priorities.
Industries and Applications for Weld Automation
Weld automation is commonly used across a variety of industrial applications.
Industries that frequently utilize automation include:
- Fabrication
- Energy
- Manufacturing
- Shipbuilding
- Steel erection
- Mechanical contracting
- Industrial maintenance
- Clean technology
Automation equipment can support applications such as automated circumferential welding, longitudinal seam welding, pipe welding, pressure vessel production, structural steel fabrication, tank fabrication, and heavy manufacturing operations. Specialized solutions such as storage tank fabrication systems, TIG pipe cladding systems, seam welders, growing line systems, and Xiris weld monitoring systems help support demanding welding and fabrication requirements.
How to Determine if Weld Automation Is Right for Your Operation
Weld automation is often most effective when operations involve repetitive welding tasks, high production volumes, or quality control requirements that benefit from greater consistency.
Key considerations include:
- Production volume and throughput goals
- Material type and joint design
- Facility space and workflow requirements
- Workforce capabilities
- Budget and long-term operational objectives
A weld process and application review can help determine whether semi-automated or fully automated solutions are appropriate for a specific operation.
Why Choose Red-D-Arc for Weld Automation
Red-D-Arc provides automation solutions backed by equipment expertise, industry experience, and support across North America.
Key advantages include:
- Customized automation solutions
- Flexible rental, lease, and purchase programs
- Experienced application support
- Access to leading automation technologies
- Support throughout implementation and operation
Solutions can be scaled to support individual workstations, fabrication facilities, and large manufacturing operations.
Next Steps
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Frequently Asked Questions
Weld automation uses mechanized or automated equipment to perform welding tasks with greater consistency, efficiency, and productivity than manual welding processes alone.
Mechanization typically assists operators with movement or positioning while the welder maintains control of the welding process. Automation generally involves greater control of welding parameters and reduced operator involvement.
Weld automation is commonly used across construction, fabrication, manufacturing, energy, shipbuilding, pressure vessel production, pipeline construction, and other industrial applications where productivity and consistency are priorities.
Yes. Automation can reduce reliance on highly specialized welding labor and allow operators to oversee multiple processes or systems.
In many cases, yes. Solutions such as welding cobots and positioners can provide productivity improvements without requiring large-scale automation investments.
Semi-automated systems require more operator involvement, while fully automated systems perform welding operations with minimal manual intervention.
Factors such as production volume, part geometry, welding process, workforce capabilities, and budget all influence automation equipment selection.
Yes. Custom automation solutions can be developed to address unique production requirements and integrate with existing workflows.
Many welding processes can be automated, including MIG, TIG, flux-cored, submerged arc, pipe welding, cladding, and seam welding applications.
Implementation timelines vary depending on the complexity of the system, integration requirements, and production environment.
Related Articles
The Future of Welding Automation
Welding automation can help offset the skilled welder shortage while improving both productivity and safety. While some welding jobs can be completely automated, that’s often not the case for many tasks. However, as welding automation systems are rapidly improving, and becoming more commonly used, we will likely see welding automation ingrained in everyday welding tasks, even in small welding shops.
Tank Manufacturing Made Easy with Weld Automation Equipment
An oilfield equipment and vessel manufacturer approached Red-D-Arc for assistance with a large project. It was awarded to them at the last minute and was not their primary area of expertise. The requirement was to manufacture 25 large tanks with a timeframe of only one year.
Welding Automation: Arc Motion vs. Work Motion
The welding world consists of a broad spectrum of technologies suitable for a wide range of use cases, budgets, and levels of complexity. Between the two extremes of entirely manual and entirely automated processes is welding mechanization. Mechanization can be accomplished using devices that move the workpiece, move the arc, or both simultaneously.
How Welding Automation Can Bridge the Skill Gap in the Manufacturing Industry
Welding automation has been around for a while, but recently its role has grown exponentially in manufacturing. For years, the welding industry has faced a skill gap, which is expected to grow wider in the coming years. To combat this, employers are adopting automated welding equipment to increase the efficiency of weld operations.