Real Cut 1D 7.8.5.0 Download

Real Cut 1D 7.8.5.0 Description

"Optimal cutting designs of linear pieces such as pipes, tubes, bars with angles."

Editor: Real Cut 1D is a computer program used for obtaining optimal cutting designs of one dimensional pieces which may have angles different of 90 degrees at both extremities. ?eal Cut 1D can be used for cutting linear pieces such as bars, pipes, tubes, steel bars, etc.

Features:

Pieces to be cut can have angles different of 90 degrees at their extremities. A lot of material can be saved by properly matching 2 pieces having sharp extremities. For instance, if you match 2 pieces having 45 degrees at their extremities you will save as much as the height of the pieces.
Compute the cutting order which is very important if the extremities have angles different of 90 degree. If all angles have 90 degrees the cutting order is not important.
Independent measurement metric.
Adjustable cutting blade thickness.
Adjustable optimization level.
Text Mode display of the obtained results.
Printing the obtained layouts.
Printing the REPOSITORY and the DEMAND of the customer.
Statistics related to the current cut.
Automatically computing of the DEMAND price.
Very fast running time (Solutions are obtained within seconds).
Automatically updating the REPOSITORY.
Data can be exported/imported into/from Excel, Word, HTML and XML files.
Interface in multiple languages: English, French, German, Spanish, Italian, Romanian, Portuguese, Swedish and Dutch. you can free download Real Cut 1D 7.8.5.0 now.

Real Cut 1D 7.8.5.0 Keywords

real cut

Real Cut 1D 7.8.5.0 Related Software

• 
  Three-dimensional world.
• Real Hide IP
  Hide your IP to protect your privacy on the Internet with the click of a button.
• Real Cut 1D
  Optimal cutting designs of linear pieces such as pipes, tubes, bars with angles.
• Cutting Optimization pro
  computer program used for obtaining optimal cutting layouts.
• Real Cut 2D
  Optimal layouts for glass, wood cutting
• Cut 2D X
  Cut 2D X is a automation component used for obtaining 2D optimal cutting layouts