Board Material for modeling and styling

Board Material under the label RAKU-TOOL® stands for high quality and good mechanical properties. Our styling boards (SB) have a fine surface structure and are easily machined or shaped by hand. Our modeling boards (MB) exhibit an even finer surface structure and good dimensional stability. 

Modeling boards are used for master models, cubing models, presentation models, design and shape studies.

RAKU-TOOL®

Key Properties

Applications

Download TDS

SB-0080

  • Very light, fine surface structure
  • Easily shaped and machined, good chip formation
  • Resistant to organic solvents

design study, program proving, supporting structures for Close Contour Pastes, negative molds for casting

 

SB-0140

  • Light weight and smooth surface
  • Easily shaped, low dust
  • Resistant to organic solvents

design study, program proving, supporting structures for Close Contour Pastes, negative molds for casting

 

SB-0240

  • Good surface structure
  • Easily shaped and machined
  • Resistant to organic solvents

styling models, epoxy laminating molds, support structures, negative molds for casting

 

SB-0351

  • Fine surface structure
  • Easily shaped and machined, low dust

styling & design models, supporting structures for Close Contour Pastes, molds for laminating parts

 

SB-0470

  • Very good surface structure
  • Easily machined

styling models, master models and data control models

 

MB-0540

  • Fine surface structure
  • Easily shaped and machined
  • Good dimensional stability
  • Low coefficient of thermal expansion

master models, cubing models, patterns

 

MB-0600

  • Fine surface structure
  • Easily shaped and machined
  • Low coefficient of thermal expansion
  • Good dimensional stability

master models, cubing models, patterns

 

MB-0670

  • Very fine surface
  • Easily machined
  • Low coefficient of thermal expansion
  • Good dimensional stability

master models, cubing models, patterns

 

MB-0720

  • Excellent surface structure
  • Low coefficient of thermal expansion
  • Good dimensional stability
  • Good compressive and flexural strength

master models, cubing models, patterns