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A very large number of materials:
STEEL
GALVANISED
STAINLESS STEEL
ALUMINIUM
ALLOYS
OTHERS
PVC …
In an extended range of thickness:
From 0.3mm to 30mm
With varied shapes of holes:
ROUND
SQUARE
LONG WITH ROUNDED ENDS
LONG WITH SQUARE ENDS
HEXAGONS…
In sheets or in reels, from single part to large series, flat or shaped, you can find a solution for all your needs from GANTOIS.
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Sheet Metal Module provides intuitive 3D modeling for sheet metal parts. The capabilities include automated bend relief, unfold and ability to work simultaneously in 3D and flat pattern. The software automatically understands modeling intent, such as bend type, based on user edge selections on the model.
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TopSolid'PunchCut is a fully integrated CAM software for sheet metal processing. It pilots numerically controlled punching machines, 2 and 3 axes laser cutting machines and combined machines. One programming system for all of these technologies guaranties optimal flexibility for the company by making its processes more secure and reliable.
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DEFORM™-3D is a powerful process simulation system designed to analyze the three-dimensional (3D) flow of complex metal forming processes. DEFORM-3D is a practical and efficient tool to predict the material flow in industrial forming operations without the cost and delay of shop trials. Typical applications include:
- forging
- machining
- rolling
- extrusion
- heading
- drawing
- cogging
- compaction
- upsetting
Based on the finite element method, DEFORM has proven to be accurate and robust in industrial application for more than two decades. The simulation engine is capable of predicting large deformation material flow and thermal behavior with astonishing precision.
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- Search by Attribute
Radan CAD/CAM users now have the option to use Radview to search for drawings and symbols by attribute, in addition to the traditional Windows File Open dialog.
- Enhanced auto-dimensioning
Auto-dimensioning now recognises more shapes as individual features. This can dramatically reduce the number of dimensioned points which are added to a drawing.
- Improved setup sheets
User configurable, with thumbnails of parts and more information.
Efficient use of costly materials is of the utmost importance to maximise profitability.
- Improved Common Line Cutting
Auto-tooling of common line cutting has been greatly improved – including intelligent lead-in placement.
- Improved nesting
Up to 50% improved material utilisation for shapes that stack at angles.
- Automatic remnant storage and tracking
When nests are created with spare capacity on the sheet the remnant can be stored for later use.
- Automatic remnant usage
The nester will try all remnants stored in a folder and select the best one to use.
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This module enables you to:
... model using local 3D-CAD-Functions
... import 2D-Views and 3D-Models from other CAD-Systems
... multiple language support
Important functions of this module:
Import 2D: import of 2D-Views into the 3D model
Add 3D: line, arc, areas, flange, notch, solids
Move 3D: turn, transform, duplicate, mirror, profile
Trim 3D: limit, break, change
Variable 3D: stretching, main-dimensions
Corner 3D: edge, bending, round, champfer, cut, rib
Colours 3D: element, plane, shading, hidden lines
Delete 3D: element, object, group, plane
Information 3D: element, distance, angle, auto-dimension
Model 3D: load, save, add, delete, rename
Image 3D: direction, rotation, shading, hidden
Assembly 3D: structure, explode, group
View 3D: direction, plane, rotation, drawing
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Important functions of this module:
Flexible bending consequence production (bend per bend) real time simulation
Collision collection when bending
Conversion of design: DXF, SAT
Tool definition via DXF
File for tools
Special tool operations (foldover, radius etc..)
Dead stop definition
User-defined tables for bending tolerances
Automatic or manual positioning of all axes
Automatic mode (type, edges, attitude)
Estimated production time
ISO Code Editor
ISO Code Output via postprocessor (i.e. Delem)
Printing of CNC programs and machine settings
User specific break forming press modulation
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ACT/UNFOLD software offers a complete 3D and 2D working environment which allows to import 3D CAD models, to design sheet metal parts from scratch, to unfold 3D parts and to export the flat patterns to any CAM software for bending, cutting or punching.
You can download an evaluation version of this software and order on line on our website.
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3D Bend
Important functions of this module:
- Flexible bending consequence production (bend per bend) real time simulation
- Collision collection when bending
- Conversion of design: DXF, SAT
- Tool definition via DXF
- File for tools
- Special tool operations (foldover, radius etc..)
- Dead stop definition
- User-defined tables for bending tolerances
- Automatic or manual positioning of all axes
- Automatic mode (type, edges, attitude)
- Estimated production time
- ISO Code Editor
- ISO Code Output via postprocessor (i.e. Delem)
- Printing of CNC programs and machine settings
- User specific break forming press modulation
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Bending sequence calculation and check
This is a programming system for automatically calculating the bending sequence, checking bending feasibility and directly connecting to the CNC of the press-bender in order to transmit the bending program.
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The Imac bevelling machines can carry out bevels in preparation of the welding on linear sheets of different materials having a thickness from 6 up to 45 mm in a very quick, noiseless and cheap way avoiding the production of smokes and dusts.
The bevelling angle can vary from 22° to 60° by simply replacing the roller group and in the case of the variable angle model, by simply changing the working angle.
The fixed angle models (CB18 and CB25) can carry out pre-defined bevels (22°; 30°; 45°; 60°)
They can be equipped with a cart used for moving the machine self and for supporting it during the working of long and heavy pieces since the machine can be hooked horizontally to the piece that is being worked.
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The extension beyond the edge and bevel ( with angle of 30°, 35°?37.5° or 45°) of the metallic plates from 4 to 50 mm of thickness is able be performed from the machines of the series B.
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The SML-F has been designed for the larger panel-builder producing floor-standing control panels which require quantities of round and square holes in proprietary, pre-painted enclosures. By using a foot pump, there is less operator fatigue and both hands are free to position the punch.
It uses standard SML 3-point industrial duty punches made from tool steel, hardened and ground. The design of the 3-point punch guarantees that the blank is easily removable from the die. Square and rectangular punches are machined from single blocks of high grade tool steel to give maximum strength and dimensional accuracy.
The foot pump has a smooth and powerful action. Pressure release is by means of a toe operated side lever to avoid bending down.
This is a 2-speed pump for rapid operation with automatic pressure limiting for safety.
An 11mm pilot hole is required for punches up to 26mm diameter. For hole sizes above this, a 20.5mm pilot hole is needed and this can be made using a standard 20.5mm punch and die.
The method of operation is exactly the same as for the SML-H.
A plastic carrying case is available as an optional extra.
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Foot operated hydraulic punching system for sheet steel for round holes up to 142.8mm diameter and square holes up to 142.8mm square
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