Our Specialization
Pressure part welding Pick & place Bevelling solution
Robotic welding systems for the most demanding applications in vessel fabrication and robotic material handling beyond welding, delivered end-to-end by one team.
Solution 01
Robotic Welding of Pressure Vessels
Pressure vessel welding demands precision, repeatability, and strict code compliance. We design and deploy robotic welding systems for shell to shell, nozzle, longitudinal and circumferential welds — engineered to meet fabrication code (ASME/PED) and other pressure equipment welding standards while significantly reducing cycle time and rework.
- Shell-to-shell
- Nozzle
- Longitudinal
- Circumferential
- ASME-oriented
Solution 02
Limpet Coil Welding
Limpet coil welding is one of the most technically demanding application in vessel fabrication — requiring precise, continuous fillet welds around coil pipe wrapped onto a vessel shell. We’ve engineered specialized robotic solutions with custom tooling, positioners, and seam-tracking logic to automate this process fast, reliably, delivering consistent weld quality across every coil pass.
- Continuous fillet welds
- Custom tooling
- Seam tracking
- Positioners
Solution 03
Robotic Pick-and-Place Systems
Beyond welding, we design and integrate robotic pick-and-place systems for material handling, part transfer, and process automation — helping streamline production lines and reduce manual handling risk.
- Material handling
- Part transfer
- Process automation
What We Do
Design, simulate, integrate, program, train
Five connected stages delivered by one team — from the first cell layout to an operator who can run it without us.
Step 1: System Design
We engineer complete robotic welding and material-handling cells from the ground up — robot selection, positioners, fixtures, safety systems, and layout — tailored to your product mix, cycle time targets, and floor space.
Discuss system design for your plantStep 2: Simulation
Before anything is built, we simulate the complete cell — robot reach, cell layout, weld paths, collision checks and cycle times — so the design is proven virtually and commissioning on your shop floor goes faster.
Discuss simulation for your plantStep 3: Integration
We integrate robots, positioners, welding equipment, PLCs, HMIs, and safety systems into a single, reliable working cell — commissioned and validated on your shop floor.
Discuss integration for your plantStep 4: Programming
Our programmers develop robust, production-ready robot programs — including offline programming, weld path optimization, seam tracking, and adaptive welding logic for complex or variable geometries.
Discuss programming for your plantStep 5: Training
We train your operators, programmers, and maintenance staff to run, program, and troubleshoot the system independently, ensuring long-term self-sufficiency rather than dependency on outside support.
Discuss training for your plantThe journey
Five stages, one partner
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Step 1: System Design
We engineer complete robotic welding and material-handling cells from the ground up — robot selection, positioners, fixtures, safety systems, and layout — tailored to your product mix, cycle time targets, and floor space.
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Step 2: Simulation
Before anything is built, we simulate the complete cell — robot reach, cell layout, weld paths, collision checks and cycle times — so the design is proven virtually and commissioning on your shop floor goes faster.
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Step 3: Integration
We integrate robots, positioners, welding equipment, PLCs, HMIs, and safety systems into a single, reliable working cell — commissioned and validated on your shop floor.
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Step 4: Programming
Our programmers develop robust, production-ready robot programs — including offline programming, weld path optimization, seam tracking, and adaptive welding logic for complex or variable geometries.
-
Step 5: Training
We train your operators, programmers, and maintenance staff to run, program, and troubleshoot the system independently, ensuring long-term self-sufficiency rather than dependency on outside support.
Start a conversation
Let’s Automate Your Welding Process
Whether you’re looking to automate a single welding cell or reengineer an entire fabrication line, our team can help you design a system that fits your process, your parts, and your people.