Robotic Welding Systems, Welding Robots & Welding Robotics Solutions
We provide industrial welding robots and robotic welding systems. Our welding robotics automation solutions have helped manufacturers across the UK and worldwide. Phoenix delivers complete welding robotics automation for sectors such as automotive and metal fabrication, from initial concept to long-term support. We manage design, integration, installation, and ongoing support. Get a quote today.
Which Welding Process Can Be Automated?
Every manufacturing process has specific welding needs. Phoenix Robotic offers a variety of robotic welding systems designed to enhance productivity, improve weld quality, and lower production costs. Whether you need a standalone welding robot or a complete automated production line, we provide a custom solution for your business.
Spot Welding Robots
High-speed robotic spot welding systems used primarily in automotive and sheet metal manufacturing where thousands of repeatable welds are required every day.
TIG Robotic Welding
Designed for applications requiring exceptional weld quality and precision. Commonly used within aerospace, food processing equipment, medical devices and stainless steel fabrication.
MIG Robotic Welding
The most widely used robotic welding process for carbon steel, stainless steel and aluminium fabrication. Ideal for high-volume manufacturing, structural steel, agricultural machinery and general fabrication.
Collaborative Welding Robots
Collaborative robots (cobots) provide flexible welding automation for small and medium-sized manufacturers where floor space and investment are key considerations.
Laser Welding Systems
Laser robotic welding offers high-speed precision with minimal heat distortion, making it suitable for complex assemblies and high-value components.
Arc Welding Robots
Automated arc welding systems deliver accurate, repeatable welds while increasing throughput and reducing operator fatigue across industrial manufacturing environments.
Our Welding Robot Solutions
Phoenix Robotic designs, manufactures and integrates intelligent welding robot solutions for manufacturers across the UK. From standalone robotic welding cells to fully automated production lines, our systems are engineered to improve productivity, increase weld quality and deliver a rapid return on investment.
Positioners & Fixtures
Servo-driven positioners and precision fixtures ensure accurate part alignment for consistent welding results.
Custom Welding Automation
Bespoke robotic welding systems tailored to your products, production volumes and manufacturing processes.
MIG & TIG Welding Robots
Automated welding solutions delivering consistent weld quality, faster production and reduced operating costs.
Robotic Welding Cells
Complete turnkey robotic welding cells designed for high-quality, repeatable MIG, TIG, Spot and Arc welding applications.
Maintenance & Support
Ongoing servicing, preventative maintenance and technical support help keep your welding robots operating at peak performance.
Robot Programming
Offline programming, optimisation and commissioning to maximise welding accuracy, repeatability and production efficiency
Safety & Compliance
Every robotic welding installation includes safety fencing, light curtains, scanners and risk assessments to meet current machinery safety standards.
PLC Control Panels
Designed and manufactured in-house, our control panels integrate robots, welding equipment, safety systems and HMIs into one intelligent solution.
Ready to Transform Your Welding Process?
Whether you’re investing in your first welding robot or expanding an existing automation line, Phoenix Robotic can deliver a complete robotic welding solution designed around your manufacturing requirements.
Why Manufacturers Are Switching to Welding Robotics
Modern manufacturing demands repeatability, traceability and productivity. While manual welding remains essential for certain applications, welding robotics enables businesses to overcome labour shortages, increase production capacity and deliver exceptional, repeatable weld quality.
Phoenix Robotic designs and integrates complete robotic welding cells that combine industrial robots, intelligent fixtures, positioners, safety systems and advanced control panels into one seamless production solution.
Whether you require MIG welding, TIG welding, Spot welding or Arc welding automation, our experienced engineers design robotic welding systems that are tailored specifically to your manufacturing process, production targets and future growth.
Increase Productivity with Robotic Welding Systems
Increase Productivity with Intelligent Robotic Welding Systems
Whether you’re producing 100 components per week or 100,000, Phoenix Robotic designs complete robotic welding systems that improve weld quality, reduce labour costs and deliver consistent production around the clock.
Popular Welding Robot Models & Estimated System Costs
Selecting a suitable welding robot depends on your application, production needs, payload capacity, and budget. Phoenix Robotic offers new and refurbished industrial welding robotsfrom leading manufacturers like ABB, KUKA, FANUC, and Yaskawa. Prices are general UK estimates and may vary based on the robot, welding method, fixtures, safety gear, and automation requirements.
| Robot Model | Application | Payload | New Robot | Refurbished | Typical Turnkey System |
|---|---|---|---|---|---|
| ABB IRB 1520ID | MIG • TIG • Arc Welding | 4 kg | £20k–£36k | £15k–£25k | £80k–£120k |
| ABB IRB 2600 | Arc Welding | 12–20 kg | £28k–£48k | £20k–£35k | £90k–£140k |
| KUKA KR CYBERTECH ARC | MIG • TIG • Arc | 6–22 kg | £30k–£50k | £20k–£35k | £90k–£140k |
| FANUC ARC Mate 120iD | MIG • TIG • Arc | 25 kg | £30k–£45k | £18k–£30k | £85k–£130k |
| Yaskawa Motoman AR1440 | MIG • TIG Welding | 12 kg | £28k–£45k | £18k–£30k | £85k–£130k |
| ABB IRB 6700 | Heavy Arc Welding | 150–300 kg | £56k–£120k | £30k–£60k | £140k–£250k+ |
Typical System Includes
- Industrial Welding Robot
- Robot Controller
- Welding Power Source
- Torch Cleaning Station
- PLC Control Panel
- Safety Fencing & Light Curtains
- Servo Positioner
- Custom Fixtures
- Programming & Commissioning
- Operator Training
Typical Turnkey Welding Cell Costs
- Refurbished Welding Cell: £80,000+
- New Welding Cell: £120,000+
- Multi-Robot Welding Cell: £180,000–£500,000+
- Automotive Spot Welding Line: From £250,000+
Disclaimer: Prices shown are indicative UK market estimates only. Actual project costs vary depending on the robot brand, welding process, safety requirements, fixtures, positioners, programming and overall automation level. Contact Phoenix Robotic for a tailored quotation. :contentReference
Typical Robotic Welding Cell
A typical robotic welding cell combines intelligent automation, industrial robots, precision welding equipment and safety systems into one integrated manufacturing solution. Each stage is designed to maximise productivity, improve weld quality and ensure consistent, repeatable production.
- Industrial Robot
Performs accurate, repeatable welding movements with exceptional precision. - Welding Power Source
Provides stable energy for MIG, TIG, Arc or Spot welding applications. - Servo Positioner
Rotates and positions workpieces to achieve the optimum welding angle. - Precision Fixtures
Securely hold components in place to ensure consistent weld quality. - PLC Control Panel
Controls the robot, welding equipment, safety devices and production sequence.
HMI Touchscreen
Allows operators to monitor, adjust and control the robotic welding process. - Safety Fencing & Light Curtains
Protect operators while allowing safe access for maintenance and loading. - Fume Extraction System
Removes hazardous welding fumes to improve workplace safety. - Conveyor or Material Handling System
Automatically moves components into and out of the robotic welding cell
Benefits of a Robotic Welding Cell
- Increased production throughput
- Consistent, high-quality welds
- Reduced labour dependency
- Lower scrap and rework rates
- Improved operator safety
- 24/7 manufacturing capability
- Accurate and repeatable welding
- Integration with Industry 4.0 and smart manufacturing systems
- Real-time production monitoring
- Faster return on investment
Why Choose Phoenix Robotic?
Phoenix Robotic designs and integrates complete robotic welding cells tailored to your manufacturing process. From industrial robots and custom fixtures to PLC control panels, safety systems and commissioning, every solution is engineered to maximise productivity, improve weld quality and support future production growth.
Robotic Welding ROI Calculator
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Welding Robots for Manufacturers
Welding robots are a proven way to achieve consistent, repeatable welds while reducing dependence on skilled manual labour.
Our robotic welding systems handle MIG, TIG, arc, and spot welding.
Manufacturers use Phoenix welding robots to:
- Address the shortage of skilled welders
- Improved weld quality and consistency
- Boost production without adding staff
- Comply with quality and traceability requirements
Phoenix provides industrial welding robots from top brands like ABB, FANUC, and KUKA, chosen to meet your specific application, payload, reach, and production needs.
Benefits of Robotic Welding in UK Factories
Robotic welding offers significant advantages for UK manufacturing:
- Increased productivity: Faster operations and constant workflow
- Better weld quality: Fewer defects and less rework needed
- Reduced costs: Less waste and more efficient workforce
- Improved safety: Lower risk of heat, fumes, and arc exposure
- Reliable results: Great for consistent and varied production
Robot Welding Automation
Robotic welding automation refers to the use of industrial robots and integrated systems to perform welding tasks automatically. Automation improves consistency, reduces production costs, and allows manufacturers to scale efficiently.
Key Advantages of Robot Welding Automation
- Increased Productivity: Continuous operation with minimal downtime
- Consistent Quality: Accurate, repeatable welds every cycle
- Cost Savings: Reduced scrap and lower labour dependency
- Enhanced Safety: Minimise operator exposure to heat, fumes, and welding arcs
- Data Integration: Connect robots to PLCs and MES systems for monitoring and reporting
Typical Applications
- Automotive body and chassis welding
- Metal fabrication and structural assemblies
- Agricultural machinery and industrial equipment
- EV and battery component welding
We combine robotic welding, PLC control, and cell design to deliver fully automated welding solutions tailored to your production requirements.
Robotic Welding Cells – Design, Installation & UK Compliance
Welding robots are a proven way to achieve consistent, repeatable welds while reducing dependence on skilled manual labour.
Robotic Welding Services
Phoenix, a robotic welding integrator in the UK, provides:
- Installation and setup throughout the UK and globally
- Local technical support and maintenance services
- Preventive maintenance and optimization
- Training for operators and engineers
We provide manufacturers in England, Scotland, Wales, and around the world with reliable robotic welding systems designed for long-lasting performance.
A robotic welding cell from Phoenix is a complete, ready-to-use automation solution that usually includes:
- One or more welding robots
- Positioners, fixtures, and tooling
- Welding power sources
- Safety fencing, scanners, or light curtains
- PLC and HMI control systems
All Phoenix robotic welding cells comply with UKCA and CE marking standards, as well as PUWER and HSG safety guidelines. We offer comprehensive documentation, risk assessments, validation, and operator training.
We provide various options for robotic welding cells, including:
- Single-robot welding cells
- Dual-robot welding cells
- Multi-station and rotary welding cells
- Custom turnkey robotic welding cells
Get a Quote for a Robotic Welding Cell
Looking to automate your welding? Contact Phoenix, the UK experts in robotic welding.
- Schedule a Robotic Welding Consultation
- Get a Quote for a Robotic Welding Cell
Contacting an Integrator for Welding Robotics is Important
Why Choose Us for Welding Robots
Choosing a partner for welding robots is as crucial as selecting the robot itself. Phoenix is a reliable choice for manufacturers, thanks to our expertise, hands-on experience, and ongoing support. We are a robotic welding integrator based in the UK, offering local insights, on-site assistance, and quick response times across England, Scotland, Wales, and worldwide. Our engineers understand the challenges in manufacturing and production needs.
Support for Optimisation and Maintenance
Robotic welding systems require regular maintenance to ensure optimal performance and longevity. We can guide you and provide resources for ongoing equipment optimization to prevent downtime. Choose us as a skilled integrator for maintenance and software updates.
Proven Expertise in Welding Robot Solutions
We have the technical knowledge and practical experience to integrate robotic welding systems in various industries. Our team knows the ins and outs of welding automation — from choosing the right robot and welding process (MIG, TIG, spot, etc.) to adjusting settings for consistent, high-quality welds.
End-to-End Welding Automation Experts
We offer robotic welding solutions, including consultation, system design, integration, programming, and post-installation support. Whether you need a basic cell or a fully automated line, we provide effective systems. We guarantee quick response times, local support, and adherence to safety regulations.
Types of Welding in Robotics
Robotic welding systems can handle various welding processes, each designed for specific materials, joint types, and production needs. At Phoenix, we choose and implement the right welding robotic process based on quality standards, cycle time, and durability. Here are the main types of robotic welding cells typically used in the industry:
1. MIG Welding (Robotic MIG Welding)
MIG welding is a widely used welding method in robotics. It works well for fast and repeatable welding of mild steel, stainless steel, and aluminum.
Common uses: Automotive parts, Metal fabrication and frames, and General manufacturing assemblies
Key advantages:
- High deposition rates
- Consistent weld quality
- Suitable for automated production
2. TIG Welding (Robotic TIG Welding)
Robotic TIG welding is ideal for projects requiring high precision and a clean finish. While it is slower than MIG welding, it offers better control and quality.
Common uses: Stainless steel parts, Lightweight materials, and Visible welds that are high quality.
Key advantages:
- Great weld appearance
- Accurate heat management
- Little spatter
3. Arc Welding (Robotic Arc Welding)
Robotic arc welding includes MIG, MAG, and TIG processes carried out by industrial robots. It is commonly used in UK manufacturing for structural and repetitive welds.
Common uses:
- Structural steel
- Brackets and fabricated parts
- Auto sub-assemblies
4 Spot Welding (Resistance Welding)
Robotic spot welding is used in automotive manufacturing to join sheet metal parts. Robots provide quick, consistent spot welds with high accuracy.
Typical applications: Vehicle bodies, Sheet metal assemblies, and High-volume production lines
Key advantages:
- Fast cycle times
- High repeatability
- Suitable for mass production
5. Laser Welding (Robotic Laser Welding)
Robotic laser welding provides precise, low-heat welding for modern manufacturing. It is commonly used in EV, battery, and high-value part production.
Typical applications: EV battery parts, precision assemblies, and delicate materials
Key benefits:
- Minimal distortion
- High welding accuracy
- Clean, narrow weld seams
6. Plasma Welding (Robotic Plasma Welding)
Robotic plasma welding provides deeper penetration and enhanced control compared to traditional TIG welding. It’s ideal for high-quality welding applications.
Common uses:
- Aerospace components
- Durable pipe and tube welding
- Precise fabrication
7. Cobot Welding (Collaborative Robot Welding)
Collaborative robot welding involves cobots that safely work alongside humans. These systems suit lower-volume production and adaptable manufacturing settings.
Common uses: Small to medium enterprises, Job shops, Short production runs, and Various welding tasks
Main advantages:
- Lower upfront costs
- Simpler programming
- Adaptable deployment
Quick Deployment Checklist (Client‑facing)
- Select the process based on material type, thickness, and quality.
- Choose a robot with the right payload, reach, and accuracy.
- Design fixtures and positioners, including datums and tolerances.
- Specify suitable power sources, wire feeders, and gas systems.
- Include fume extraction, cell guarding, and interlocks.
- Create a welding parameter matrix and prepare offline programs or simulations.
- Set up seam tracking and QA sensors.
- Test sample parts, gather weld data, and make adjustments.
- Validate through inspections (visual, NDT) and complete documentation.
Welding Robotics for Automotive & Fabrication
Phoenix delivers welding robotics solutions specifically engineered for the demands of automotive manufacturing and metal fabrication. These sectors require high repeatability, consistent quality, and reliable cycle times — all areas where robotic welding delivers clear advantages.
Welding Robotics for Automotive Manufacturing
Automotive production requires speed, accuracy, and traceability. Phoenix creates and implements robotic welding systems that fulfill the strict standards of OEMs and Tier 1 suppliers.
Common automotive applications include:
- Body structures and subframes
- Brackets and chassis components
- Seat frames and safety-critical parts
- High-volume repetitive welds
- Main benefits for automotive manufacturers:
- Very high repeatability and positional accuracy
- Consistent, short cycle times
- Better weld quality and less rework
- Easy integration into automated production lines
Robotic welding is used for spot welding, MIG welding, and laser welding in the automotive industry.
Welding Robotics for Metal Fabrication
In metal fabrication, flexibility and consistency are important. Phoenix uses robotic welding cells to help fabricators increase productivity while ensuring high-quality welds across various parts.
Common fabrication applications include:
- Frames and fabricated structures
- Enclosures and cabinets
- Brackets and engineered components
- Medium to high-mix production runs
- Key benefits for fabricators:
- Consistent weld quality across batches
- Less dependence on skilled manual welders
- Faster throughput and better margins
- Scalable automation for increasing workloads
Robotic welding in fabrication typically uses MIG, TIG, and collaborative robot systems based on part complexity and production volume.
Phoenix collaborates with automotive manufacturers and fabricators to create welding robotics solutions that meet production targets, quality standards, and future growth needs.
Programming Considerations
- Seam tracking and sensors: Utilize arc-length control, seam-tracking cameras, adaptive welding heads, and touch sensors (for TIG) to manage part variations.
- Offline programming vs teach pendant: Use offline programming (CAD/CAM, simulation) for complex paths and high uptime. A teach pendant is helpful for fixturing, debugging, and minor adjustments.
- TCP calibration and torch centring: Perform TCP checks regularly; adjust for wire stick-out and nozzle geometry.
- Welding parameters management: Keep parameter sets for each part/fixture, including voltage, current, wire speed, travel speed, gas flow, and pulse settings.
- Interlocks and sequence logic: Integrate PLC for clamp confirmation, part detection, cooling times, and AOIs.
- Cycle time optimization: Reduce non-welding movements, use positioners to limit robot wrist motion, and coordinate wire feed with power ramp-up.
Robotic Welding Cell Parts
A robotic welding cell is a complete automation solution where one or more robots perform welding tasks within a controlled environment. Phoenix designs cells that maximise productivity, ensure safety, and deliver consistent, high-quality welds.
Fixtures in Robotic Welding Cells
Fixtures hold and position workpieces accurately within the welding cell. They are critical to ensuring:
- Precise part alignment
- Consistent weld quality
- Minimal rework and scrap
- Efficient loading and unloading
Fixtures can be fixed, rotary, or multi-axis positioners, depending on the part size, geometry, and production requirements.
Welding Torch and End Effector
The welding torch is the interface between the robot and the weld. Phoenix integrates torches that are:
- Compatible with MIG, TIG, arc, or laser processes
- Adjustable for reach, angle, and orientation
- Designed to reduce spatter and improve weld quality
- The end effector may include additional tools such as:
- Wire feeders
- Nozzle cleaners
- Sensors or seam tracking systems
Together, the fixture and torch/end effector ensure repeatable, high-quality welds with minimal downtime.
Robot & Controller
A 6-axis industrial robot is selected based on payload (8–50 kg), reach, accuracy, and heat resistance. The controller should support welding protocols (EtherNet/IP, ProfiNet, DeviceNet) and enable real-time I/O for monitoring clamp status.
Cell Layout & Safety Architecture
The cell envelope consists of:
- Perimeter guards or panels
- Light curtains or interlocked gates
- Fume extraction hood or torch extraction module
- Weld spatter protection and cable management
- Maintenance access areas and safe robot home positions
- Laser cells must meet Class 1 standards, including sealed windows and interlock logic.
Key Components of Welding Robots
An arc welding robot typically consists of several components working together to perform welding tasks efficiently and accurately. If these concepts are unfamiliar to you, our company can guide you through the entire process. Here are the main components:
- Robot Arm – Executes accurate welding motions; typically a 6-axis articulated robot.
- Welding Power Source –Supplies energy for MIG, TIG, or other welding methods.
- Welding Torch – Mounted to the robot; delivers the arc and wire to the joint.
- Wire Feeder – Continuously supplies filler wire during MIG welding.
- Fixture/Jig – Holds workpieces securely for consistent welds.
- Positioner – Rotates or tilts components for complete weld access.
- Robot Controller – Controls robot movement and coordinates the welding process.
- Teach Pendant – Used for manual programming and robot operation.
- Safety System – Contains guards, interlocks, light curtains, and emergency stops.
- Fume Extraction – Eliminates harmful welding fumes for the safety of the operator.
- Offline Programming Software (optional) – Enables simulation and programming without stopping production.
- Vision/Sensors (optional) – Used for seam tracking, joint detection, or inspection.
Differences between welding robots and robotic systems
Choose the correct welding robotics cell by evaluating the crucial elements listed below. Additionally, assess wire feeders, positioners, fixtures, and safety features according to your project’s requirements.
Robotic Welding System
A robotic welding system refers to the entire setup used to automate a welding process using one or more industrial robots.
What it includes:
- Welding robot(s)
- Robot controller
- Welding power source (MIG/MAG, TIG, spot, etc.)
- End-of-arm tooling (welding torch, wire feeder)
- Programming software
- Safety interlocks and basic safety devices
- Sometimes a basic jig or fixture
Unlike manual welding, robotic systems never fatigue—ensuring every weld is as strong and consistent as the first.
Welding Robotics
A welding robot cell is a complete, enclosed and safe work area specifically designed for welding robots, often including fencing, guarding, and operator stations.
What it includes:
- One or more robotic welding systems
- Safety fencing or guarding
- Light curtains, area scanners, or safety interlocks
- Positioners or rotary tables
- Fixtures and jigs for part holding
- Control panels, operator stations, and HMI
- Sometimes material handling or part loading/unloading systems
A robotic welding cell transforms your manual welding station into a high-speed, high-precision production hub—reducing scrap, improving quality, and lowering labour costs.
Companies should add a control panel to their robotic welding cells for safety. The safety panel should connect to the robot controller, including relays for Estops and cell access, stopping the robot when the access door opens in Auto mode. We can help you find a suitable control panel for your robotic welding cells.
FAQs about Welding Robots
When preparing to contact an integrator for a robotic welding cell quote, having a set of frequently asked questions (FAQs) can help streamline the process and ensure all necessary information is covered. Here are some essential FAQs to consider:
What types of welding can your robots perform?
Our robotic systems work with various welding methods, including:
- MIG (Metal Inert Gas)
- TIG (Tungsten Inert Gas)
- Spot Welding
- Laser Welding
- Plasma Welding
We select the right process based on your materials, joint types, and production goals.
Can you integrate robots with our existing welding equipment?
We can connect robots to most major welding power sources (like Fronius, Lincoln Electric, Miller, Kemppi, etc.) and add them to your existing production line, once we confirm compatibility.
What are the main benefits of robotic welding?
Benefits include:
- Consistent weld quality
- Increased production speed
- Lower labor costs
- Enhanced worker safety
- Reduced material waste
- Simple scaling for large production
Do we need to redesign our parts or jigs for robotic welding?
Possibly, robotic welding needs precision and consistency. We can evaluate your parts and fixtures to give you advice on improving joint access, minimizing part variation, and ensuring proper fixturing.
How long does a robotic welding integration take?
Integration projects typically last 8 to 16 weeks, based on:
- The complexity of the welding application
- The number of robots involved
- Any custom tooling or fixture needs
- Testing and approval processes
What brands of robots do you work with?
We integrate with leading industrial robot brands such as:
- ABB
- FANUC
- KUKA
- Yaskawa Motoman
Can you provide custom jigs, positioners, or safety equipment?
We provide complete turnkey solutions, which include:
- Custom welding jigs and fixtures
- 1 to 3-axis positioners
- Safety fencing, light curtains, and interlocks
- Fume extraction systems
Do you offer programming and training?
Yes, we offer:
- Robot programming on-site and offline
- Weld path optimization
- Training for operators and maintenance
- User manuals customized for your setup
What support do you offer after installation?
Our after-sales support offers:
- Remote diagnostics
- On-site service
- Availability of spare parts
- Maintenance contracts
- Technical support
Is robotic welding suitable for small batch or custom jobs?
Yes, robots with quick-change jigs and offline programming are effective. However, the best ROI is achieved with consistent, medium-to-high volume production.
What information do you need from us to quote a solution?
For a customized proposal, we need the following:
- Weld drawings and specifications
- Expected production volume and cycle times
- Material type and thickness
- Preferred welding process and power source (if any)
- Available space on your shop floor
- Any automation goals or limitations
Types of Robotic Welding Cells
Robotic welding cells can be set up in different ways based on production volume, part size, and process needs. Phoenix creates custom robotic welding cells that focus on productivity, safety, and flexibility.
Dual-Robot Welding Cells
Dual-robot welding cells feature two robots working simultaneously on the same part or at different stations, reducing cycle times. They include coordinated welding robots and improved safety systems.
Ideal for: Automotive and Tier 1 suppliers and high-volume production.
Multi-Station Welding Cells
Multi-station robotic welding cells enable simultaneous loading and unloading during the welding process, enhancing efficiency. Key features include: rotary or shuttle tables and improved production rates.
Best suited for: continuous production and medium to high-volume fabrication.
Custom Robotic Welding Cells
Phoenix designs custom robotic welding cells for demanding applications, featuring multiple robots, advanced fixtures, and data integration.
Ideal for: Automotive OEMs and Tier 1 suppliers, as well as heavy fabrication and complex assemblies.
Single-Robot Welding Cells
A single-robot welding cell is perfect for low to medium production volumes and serves as an entry-level automation solution. Key features include: a welding robot, a basic positioner, and a compact safety enclosure.
Best suited for: Small to medium enterprises and moderate volume parts
Robotic Welding Systems
Phoenix provides a range of system integration support services in our portfolio, addressing all phases of any robotic integration project. Click below to discover more about the most common robotic cells.
Welding Robot Turnkey Solutions
We provide turnkey welding robot solutions that simplify manufacturing. Manufacturers can efficiently create parts by simply pressing start, eliminating the hassle of multiple suppliers. The key advantage is consistency in cycle time, weld quality, and maintenance. Customers benefit from one supplier, one warranty, and one contact point, with a system verified before implementation.