Steel Fabrication Advancements: Introducing the HGG RPC 1200 MK3
DWW Engineering are pleased to introduce the HGG RPC 1200 MK3 Beam Cutting Machine to our equipment lineup. A strategic step in enhancing our metal fabrication processes, the addition of the machine is particularly significant for our work in the energy sector, where precision and efficiency are paramount.
Focused Improvements in Steel Fabrication
The HGG RPC 1200 MK3 allows for the direct upload of 3D models into the machine for processing, which generally involves cutting, coping, weld preps, and layout marking. The automation of these tasks allows for a more streamlined operation with greater overall project accuracy and efficiency. The machine can also process hot rolled sections, pipes up to 400mm diameter, and RHS with extreme accuracy.
Efficiencies for the Energy Sector
The improved accuracy in fabrication and reduced manual intervention brought by the HGG RPC 1200 MK3 will enable faster turnarounds, enhanced precision, and higher quality results for our fabrication projects.
These efficiencies will particularly benefit our work on lattice structures for transmission substations, where accurate angles and joints are crucial. The machine’s ability to process materials efficiently and without error presents a significant upgrade in our structural steel fabrication techniques for projects for the energy sector, where DWW Engineering is extensively involved.
Evolutions for Steel Fabrication
DWW Engineering are committed to adapting and evolving with the steel fabrication industry. The HGG RPC 1200 MK3 is another enhancement in our metal fabrication capabilities and is part of our continuous effort to incorporate advanced technology into our work processes, ensuring we remain leading steel fabricators for our clients and industry.
The addition of the HGG RPC 1200 MK3 to our equipment fleet is just one way DWW Engineering continue to provide quality steel fabrication solutions for our clients. Contact us to discuss how we can support your next project.