
Oil & Gas
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What are the advantages of LEAS industrial automation for the piping sector?
With nearly 50 years of experience, LEAS is the ideal technology partner for companies operating in prefabrication, structural metalwork, and industrial piping manufacturing.
LEAS provides tailored solutions for every production requirement. Benefits for the customer include:
- Customized design and ongoing support
- Maximum repeatability and traceability of each joint
- Integration with quality control and MES systems
- Reducing waste and containing operating costs
Through the integration of robots, intelligent sensors and proprietary software, each LEAS production line is designed to increase efficiency and safety.
Maximum Mechanical Reliability
Precision in Joints
Reducing Processing Time

The role of LEAS is to be a partner and single point of contact for the customer, whether it is for a project of a new turnkey industrial plant, an automated system to manage one or more processes, or an upgrade of existing plants.

Process integration and production cycle control
In the piping industry, vertical integration of industrial plants is essential to ensure continuity, precision and speed.
Processes that can be automated include:
- Laser or plasma cutting
- Bending, curving and forming
- Welding metal structures with anthropomorphic robots
- Modular assembly and management of components
- Inspection, testing and automatic marking
These solutions allow full control of every phase of the production cycle, from raw pipe to installation-ready component, improving quality and reducing time-to-market.
Which welding techniques are most suitable in the piping sector?
LEAS designs high-precision piping and carpentry welding equipment to ensure regulatory compliance and structural strength.
Available technologies:
- MIG/MAG welding: for continuous and structural welding
- Submerged Arc Welding (SAW): for thick sheet metal joints
- TIG welding: for precision on stainless steels or thin thicknesses
- Laser and Plasma welding: for speed and quality in complex joints
All technologies can be integrated into automatic cells or robotic lines for carpentry, with real-time parameter control and digital process traceability.







