Welding Cell for Steel Fabrication
Solve the welder shortage. Stabilize weld quality. Increase throughput. We make robotic welding for I-beams and typical steel structures accessible to small and mid-size fabricators.
BEAM
WELDING
Product Gallery
Precision Welding Systems
Series Configuration
INRX‑7 / INRX‑8 / INRX‑9
INRX-8 SPECIAL
High-speed robotic integration with 0.05mm accuracy. Optimized for automotive assembly lines.
INRX-7
A compact robotic welding cell designed for efficient I-beam and standard steel-structure fabrication with high repeatability and low operating cost.
INRX-7 PLUS
An enhanced welding cell with extended working envelope and higher productivity, ideal for plants requiring faster cycle times and increased throughput.
CURVED PATH STUDY
Experimental trajectory analysis for non-linear surfaces. Internal R&D documentation.
INRX-9
Next-generation. Our flagship model.
SCAN CORRECTION
Software algorithm for auto-correcting reflectivity errors on shiny surfaces.
Configure Your Cell
Input your max product dimensions to find the perfect track length and robot model.
Additional Automation Options
Customize your cell with these powerful modules to maximize throughput and data visibility.
Multi-Robot Sync
Extra robots on the same track.
Beam Rotators
Automatic positioners.
1 AXIS Positioner
A single-axis positioner that rotates frames.
2 AXIS Positioner
A dual-axis positioner that tilts and rotates components
Why Fabricators Need Automation
Shortage of Talent
Difficulty attracting and retaining qualified welders in a shrinking labor market.
Inconsistent Quality
Weld quality fluctuates due to human factors, fatigue, and varying skill levels.
Production Bottlenecks
Welding becomes the bottleneck while cutting and fitting processes run faster.
Planning Risks
When orders spike, relying solely on manual capacity makes planning hard and risky.
Our Mission
To increase plant efficiency without proportionally increasing headcount. We solve the structural welder shortage by automating the heaviest and most monotonous tasks, delivering consistently high quality from project to project.
Our Values
- Practical solutions for heavy-duty shop conditions
- Ease of use: No robot programming expertise needed
- Transparent economics & ROI tools
- Partnership from concept to production
Seamless Integration
Built for Steel Structures
Combining an industrial 6-axis robot on a floor-mounted track with dedicated software.
Work from 3D Model
System reads the beam model, automatically identifies weld seams, and generates trajectories.
Adaptive Weld Tracking
Sensors help the robot find weld starts and compensate for gaps and geometry deviations during welding.
No Robot Programming
Operator selects product type and welds, then starts cycle. No need to teach dozens of points manually.
Floor-Mounted Track
Robot welds beams on both sides of the rail. Especially effective for long I-beams.
Minimal Downtime
Dual-zone setup means the cell works with very short pauses between cycles.
Service & Support
Ingenix Robotics provides remote and on-site support for European projects, including installation, commissioning, training, and troubleshooting.
With field support positioned in Central Europe, we can respond faster during critical project stages and help customers launch production with less delay.
European presence
for faster response.
Our localized field support drastically reduces travel times, ensuring your robotic cell is back online and generating value without prolonged overseas delays.
Tailored Industries
Discover how automation solves specific challenges in your sector.
Structural Steel
Columns, beams, frames, trusses for buildings.
Structural Steel
Robotic welding dramatically improves consistency and throughput for structural-steel fabricators. By reducing manual variability, plants achieve higher quality and independence from labor shortages.
Recommended Solutions:
Bridge Components
Precision, heavy-duty welding for large geometries.
Bridge Components
Bridge manufacturing demands flawless repeatability. Automation ensures stable weld quality on large, complex geometries while significantly lowering production time and rework rates.
Recommended Solutions:
Crane Beams
Long, continuous welds with strict safety requirements.
Crane Beams
Robotic welding maintains perfect repeatability across long cycles, helping manufacturers increase reliability and scale production with minimal operator involvement.
Recommended Solutions:
Machinery Frames
Accurate, uniform welds across complex frames.
Machinery Frames
Machinery frames often involve thick materials and multiple passes. Robotics ensures accurate, uniform welds, improving durability and reducing overall production costs.
Recommended Solutions:
High-Mix Plants
Fast adaptation to varying part geometries.
High-Mix Plants
Flexible robotic welding allows fast adaptation to varying part geometries, helping plants stabilize throughput and maintain quality even with low batch sizes.
Recommended Solutions:
Why Invest Now?
3x Output.
In manual welding, true arc-on time is usually only 25% (approx. 120 min) of the shift due to positioning, fatigue, and breaks.
With a robotic cell, arc-on time reaches 60% (288 min) or more. Combined with higher travel speed, the output difference is massive.
Daily Production Impact:
48m vs 144m weld seam per shift
Weld Seam Output (Meters / Shift)
Based on 8-hour shift comparison
Interactive ROI Calculator
Calculate exactly how many months it will take for the robot to pay for itself based on your current labor costs.
Start Your Automation Journey
Ready to transform your production line? Our engineers are ready to analyze your needs and propose a custom robotic solution.
Location
Almaty, Kazakhstan
Call Us Now
+7 706 819 61 10
Mon-Fri, 9am - 6pmSend a Request
info@ingenixrobotics.com