Novarc Technologies Inc

Unit 6-1225 East Keith Rd
North Vancouver,  BC  V7J 1J3

Canada
604-428-0050
https://www.novarctech.com
  • Booth: B23034

Novarc Technologies is a robotics company specializing in the design and commercialization of collaborative robots for industrial applications. A proven pioneer in the field, Novarc has a dedicated team of robotic engineers, software developers, welders and scientists all eager to solve challenging industrial automation problems by working closely with pipe shops to improve customers'' bottom line.

Novarc’s Spool Welding Robot (SWR) is the world’s first collaborative welding robot designed to semi-automate the pipe roll welding process. Currently, this is done manually by highly-skilled welders, of which there is a global shortage. Novarc’s SWR combines the aptitude of a lower-skilled welder with the repeatable motion of our robot to consistently produce high quality weld while significantly increasing welder productivity.


 Products

  • SWR+HyperFill®
    SWR+HyperFill is a highly efficient, fully integrated dual torch system that utilizes Lincoln Electric’s patent-pending twin-wire GMAW solution, HyperFill, to maximize productivity and profitability for our customers....
     

  • SWR+HyperFill is a game-changing technology for companies that are looking to beat their competition. It is a highly efficient, fully integrated dual torch system that utilizes Lincoln Electric’s patent-pending twin-wire GMAW solution, HyperFill, to maximize productivity and profitability for our customers. 

    With the HyperFill option, fabrication shops can expand the capabilities of their SWR. The system increases heavy fabrication productivity by increasing weld deposition rates while delivering excellent weld quality.

    It uses the Lincoln STT GMAW process on the root, and twin wire (HyperFill) on fill and cap passes, and it can be used on carbon steel pressure process pipes or vessels with 0.5”-2.5” thickness and as low as 6” in diameter. The system also has the flexibility of using root to cap GMAW or seamlessly switching to FCAW or MCAW for the fill and cap passes.

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