Modeling Boards

RAKU-TOOL® modeling boards are widely used for:

  • Master models
  • Cubing models
  • Design and form studies

Performance characteristics:

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

Common Brands:

  • RAKU-TOOL®




Modeling Boards

Medium strength modeling boards for patterns/models with an attractive balance of density and machining speed

RAKU-TOOL® Modeling Boards (MB) are useful in numerous applications including patterns, master models, and presentation models. These are our most popular boards, offering an attractive balance of medium strength, density, machining speed, and cost. They have an exceptionally fine cell structure which results in a superior surface, compared to other boards of equal density. The boards are resistant to attack by parting agents and can be easily bonded together with a variety of adhesives. RAKU-TOOL® modeling boards exhibit excellent consistency and superb dimensional stability.

Shop for Modeling Boards

 

STANDARD SIZES
BOARDS Thickness:
1 in – 4 in
Width:
20 in
  Length:
60 in
OPTIONS AVAILABLE
DENSITY 37.5 lbs/ft3, 41.8 lbs/ft3, 45.0 lbs/ft3

Length, width, thickness, and diameter tolerances vary by size, by manufacturer, brand, and grade.

 

RAMPF® RAKU-TOOL® MODELING BOARD OPTIONS

RAKU-TOOL® MB-0600 (brown, 37.5 lbs/ft3)– has a fine surface structure, low coefficient of thermal expansion, and good dimensional stability. It is easily shaped and machined. MB-0600 is perfect for master models, cubing models, and patterns.

RAKU-TOOL® MB-0670 (brown, 41.8 lbs/ft3)– has a fine surface structure, low coefficient of thermal expansion, and good dimensional stability. It is easily shaped and machined. MB-0670 can be used for master & cubing models, and patterns.

RAKU-TOOL® MB-0720 (brown, 45.0 lbs/ft3)– offers a fine surface structure, low coefficient of thermal expansion, good dimensional stability, and good compressive and flexural strength. MB-0720 can be used for master models, cubing models, and patterns.

Visit our Technical Resources for typical properties and additional data sheets.


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