Davi MCP Angle Roller

Features

The heart of the MCP:

The DAVI MCP offers some unique features and advantages over other section bending machines available in the market.
By using the latest generation of CAD and testing the results on FEM software, the MCP has the heaviest and strongest machine structure in the industry.

  • The high resistant large diameter hardened allow steel shafts rotate on pre-greased, self-aligning roller bearings, ensuring excellent performance and efficiency with virtually no deflection.
  • Three independent hydraulic motors and three high torque planetary drives (one for each roll) are coupled directly to the rolls through a splined shaft, for a powerful torque transmission to ensure an easy feeding of the sections during the rolling process.
  • To avoid deflection of the shafts, the planetary guide system is powered by hydraulic cylinders mounted outside the main machine frame, as close to the bending area as possible.
  • Guide rolls, adjustable in three directions, are activated by hydraulic cylinders controlled from the console panel. A standard feature on the complete MCP machine range.
  • High quality hydraulic components offer the best performance for a long duration.

The DAVI MCP machines are completed by a range of CNC control choices: from simplest to the most advanced for automatic production. 

  • A modular set of dies are standard, hardened and made from high strength steel alloy to reduce wear. They are designed to successfully bend most standard sections common in the market.
  • All customer applications are evaluated to ensure that the best possible solution be proposed to help reduce production times and improve the final product.
  • An extensive list of accessories is available, including: hydraulic traction unit, metric wheels for automatic production, special set of guide rolls for non-standard shapes in addition to several others. These accessories allow the DAVI MCP machine to bend standard and non-standard profiles, including heavy duty beams, pipes, and spirals.