Software > Manufacturers, Industry > Plant Engineering > Sheet CAD
over 240 unwindings, 3 D representation, puzzle, nesting, folds, dimensioning, DXF

Sheet CAD

over 240 unwindings, 3 D representation, puzzle, nesting, folds, dimensioning, DXF

Version:  16.4.2

 
 
 
 
 
 
 
 
Demo version

With Sheet CAD, more than 240 different types of sheet metal coils can be processed, such as tanks, transition pieces, ventilation ducts, silos, pipe elbows, pipe branches, screw conveyors, etc. The desired case is selected from the selection menu (Fig. 1) and the dimensions are entered directly (Fig. 2). Then you get the scaled three-dimensional figure on the screen - for the first visual check. The full-scale development is called up by mouse click.

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Abb. 1: Selection menu

 

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Abb. 2: Construction drawing for entering the dimensions

 

Likewise, the unwindings can be plotted out as a jigsaw puzzle on a scale of 1:1. Technical calculation values such as unwinding length and width, sheet dimensions, sheet weights, cut and weld seam lengths, etc. can be printed out in a table for each case or transferred to EXCEL

Produktbild
Abb. 3: full-scale, rotating 3D display

When connecting an NC control, an arc-line interpolated data output is preferably selected: The contour then consists of basket arcs and straight lines. When reaming by hand, you can choose between x-y coordinates and a compass construction.

The products to be manufactured from raw sheet metal can then be conveniently produced from the two-dimensional unfolding with the aid of machining parameters such as bending lines, flame-cut allowances, folded edges, etc. The position of the weld seam can then be determined. The position of the weld seam can be set interactively (Figs. 4 and 5):

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Abb. 4: System proposal for the weld seam layer

 

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Abb. 5: Identical figure after moving the weld seam

In the case of large unwindings, these can be assembled as a puzzle from several small sheets. To do this, a mesh of sheet metal plates of a specified size is placed over the unwinding contour and moved with the mouse in such a way that optimum material utilization is achieved. Coordinates are then specified separately for each sheet.

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Abb. 6: Calculation results

The accuracy of the sheet unwinding is entered as a calculation tolerance in millimeters. A low specified accuracy decreases in particular the number of coordinates to be torn open.

Many parameters can be changed, making Sheet CAD very flexible and powerful. Here are some points:

  • attaching folded edges
  • adding allowances with / without notches
  • puzzle
  • regular division
  • arbitrary division
  • select weld seam
  • optimize weld seam
  • accuracy of line interpolation
  • accuracy of arc interpolation
  • punch length
  • number of bending lines
  • drawing with shortened bending lines
  • show bend angle
  • define origin
  • display coordinate grid
  • create webs
  • create notches
  • make coordinate points visible
  • marking enclosing rectangle
  • minimum distance between figures
  • remove contours

With the Dimensioning module, any length, angle and curvature can be dimensioned. The Nesting module allows you to move and rotate sheet unwindings with the mouse in order to nest them in a given sheet.

The Labeling module can be used to label unwindings and export them as DXF files, as well as the contours and bending angles. Uniform or non-uniform fold edges can be generated for each contour of an unwinding case.
For the most important cases, spigots can alternatively be entered as "attached" or "pierced".
For frequently used cases, the bend angles for each bend line are given in a table.

 

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Abb. 7: Folded edges

 

FACE SHEET

is an integral part of the Sheet CAD and is used for the design, calculation, 3D representation and development of angular sheet metal bodies, such as cabinets, containers, housings, etc. The program contains 59 macros for different standard variants. However, the customer can also design new macros himself by mere sketching. The results are output for CAD systems in DXF format and on a printer or plotter.

The face sheet program transfers the developments to various modules of the Sheet CAD program, which opens the following possibilities:

  • attaching folded edges
  • adding allowances
  • preset punching tools
  • provide bars
  • output as a puzzle

After the start, a selection menu appears with the different macros as in Sheet CAD.

Target groups:

  • tank construction
  • ventilation construction
  • repair workshops
  • insulator

References:

  • BASF
  • Bayer
  • Henkel
  • Ifrasaserve Höchst
  • etc
Contact information:
Mr. Dipl.-Ing. Andreas Daublebsky v. Eichhain
06184 95090
Links & Downloads:
Information
request URL
Software exposé
request URL

Functions (excerpt) of Sheet CAD:

2D representation
3D representation
Data exchange
DX/DWG
DXF and DWG import
Error tolerance
surface modeling
Geometry
Graphical editing

Price

from 700.00
EUR
plus 19% VAT
per client
beginner version (limited)
2,750.00
EUR
plus 19% VAT
per client
full version

Get to know the software better! Request a video appointment for a personal presentation!

Technical specifications:

Web-based:
no
SaaS, Cloud:
no
On-premises (local installation):
yes
Multi-user (network-compatible):
yes
Maintenance:
included in price
First installation (year):
1985
number of installations:
zwischen 250 und 300
Manufacturer based in:
Germany
Training:
not required
Hotline:
included in price
Installation support:
not required
Documentation:
Manual, Online Help, Demo version
Dialogue language(s):
English, German, French
System requirements:
Compatible operating systems (runs with):
Win 11
Win 10
Win 8
Win 7
Win Server
Mainframe based
Unix based
Linux based
Mac OS
Mobile OSs (supports):
iOS
Android
Old Compatible Operating Systems:
Win Vista
Win XP
Win 9x/ME
Min. memory requirements:
32 MB RAM, 100 MB Hard disc
data storage medium:
DVD
CD-ROM
Download

More software of the manufacturer:

AD, European standards DIN EN 13445-3