A flexible solution to enhance the attractiveness and the performance of welding operations.

Our clients carry out welding operations, either manufacturing parts in workshops or on-site assembly. They operate in competitive environments and face numerous challenges, including:

Flexibility challenges:

Projects are following one another, requiring agility to adapt to varying productions. Even at the individual level, two identical parts often have dimensional variations that complicate automation.

Recruitment challenges:

Training a welder takes time, and mobilizing resources is a constant challenge for our clients.

Performance challenges:

• Quality has a significant impact on our clients operations ; any rework in welding is costly.

• Productivity is crucial for business development.

• Welder safety is a constant concern, as the profession unfortunately carries high risks of occupational diseases.

Transportation

Manufacturers of transportation vehicles face high levels of activity driven by significant demand. They perform welds that are often challenging for traditional automation. This is due to limited dimensional repeatability caused by metal thicknesses and large dimensions of the components, which can reach several meters. The sector is highly competitive and industrial players encounter significant recruitment challenges.

Energies

Welding is necessary for the exploitation of any form of energy, whether fossil, renewable or nuclear. The construction and maintenance of power plants requires particularly technical welding operations that meet the highest quality requirements.

Construction projects generate significant load variations and complicate skills management. Long-term cycles linked to changes in energy policy further aggravate recruitment difficulties.

Building and Construction

The construction sector completes stand-alone projects that generate workload variations. Welding in this industry is highly technical and must adhere to demanding quality standards. Modularization and prefabrication are becoming more prevalent, allowing for some assembly operations to be carried out in workshops. However, many welds still need to be performed on construction sites.

Margins are traditionally limited in this highly competitive sector. Additionally, industry players must be flexible and face the ongoing challenge of mobilizing a diverse range of skills based on project requirements.

Shipbuilding

Unlike land-based construction, the “building” moves while the construction site remains fixed. This has led to extensive industrialization and widespread prefabrication. As a result, some welds are performed in workshops, but others still need to be carried out in challenging access conditions. In all cases, the mechanization of welding is limited by the variable assembly gaps and the size of the components.

The shipbuilding sector is highly competitive, and recruitment difficulties are common.

Specialized Fabrication

Welding is essential for numerous applications in specialized fabrication. Industrial players frequently reconfigure their production workshops, and recruitment remains a constant challenge.

The Benefits of Driven Welding

Weez-U Welding puts the machine at the service of humans.

We enable welders to take real-time control over operations in a precise and intuitive manner. The robot at last becomes truly collaborative, taking care of the dangerous, strenuous, and repetitive aspects, allowing welders to focus on problem-solving and real-time decision-making. This approach offers decisive advantages.