SISMA Build Processor

Seamless integration between Materialise Software and MySint machines

The SISMA Build Processor is best-in-class build job creation software, born of a close collaboration between Materialise and SISMA. The Build Processor allows users of SISMA MySint 1000, MySint 3000 and MySint 5000 machines to access a variety of parameters (such as hatching parameters) in order to successfully manufacture industrial parts. The software is also compatible with Siemens NX.

As part of the Materialise software platform, the SISMA Build Processor can be integrated with Materialise Streamics to guarantee traceability, repeatability and more process control. Easy integration with Materialise 3-matic opens up possibilities for slice designs with advanced textures and structures. With the slice-based technology, including an impressive slice speed and sophisticated slicing parameters, large files can be handled easily.

For additional information, please get in touch with SISMA.

Process Flow with the SISMA Build Processor,

Key Benefits

  • One system to serve all your machines
  • Machine-specific parameter management
  • Hatching options and patters: In-skin, Up-skin, Down-skin areas can be scanned with chess pattern, stripes, offset or no pattern
  • Extended exposure type defaults for supports
  • High degree of automation to reduce risk of human error
  • Fast slice speed
  • Slicing parameters: to fill gaps, unify slices, filter contour and reduce points
  • Allows slice-based technology
  • Data quality checks in Materialise Magics before processing

 

  • Job file traceability possible via Materialise Streamics integration
  • Outsourcing of data processing to a dedicated server in Materialise Streamics environment
  • Upgrades independent from Materialise Magics
  • Compatibility with Siemens NX
  • Modern and straightforward user interface
  • Compatibility with most Windows OS versions
  • Up-skin remelting to improve up-facing surface quality
  • Multiple down-skin instances per layer to achieve lower overhang angles without support
  • Virtual Copies of parts to decrease processing time and ensure identical vectors and exposure