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CZ

Inventor CAM / HSMWorks

Inventor CAM / HSMWorks Description

The integration of the Autodesk HSM CAM system into Inventor / SolidWorks is so successful that the user not only moves within one system, but the transitions between individual modes (sketch/draft, model, technology, etc.) are completely natural. It is advantageous to generate machining operations not only for a part but also for an assembly. This brings many advantages, from the definition of the semi-finished product, holders, table, etc. during machining, to the associativity of operations with the machined geometry created or imported in CAD. Generating the toolpath in an assembly brings undeniable advantages in that the model file itself is not affected by the operations, so it is still just a CAD model without technology.

Integration into Inventor - Part and Semi-Finished Product Shown

Integration into SolidWorks - Part and Semi-Finished Product Shown

Absolutely Full Range of Machining Operations

Roughing

Rest Roughing

Pre-Finishing

Finishing

Rest Machining

Corner Finishing

Special Operations as Required

Machining Processes Associative to Machined Geometry

Pencil Machining

Optimization of Machining Processes

Adaptive Machining

HSM Machining

Machining of Steep and Shallow Surfaces

Machining of Thin Walls

Different Allowances for Side and Bottom

Choice of Approaches in Horizontal and Vertical Planes

Various Types of Material Entry

Various Transitions Between Cuts

Various Planes for Rapid Traverse Movements

Definition of Semi-Finished Product of Basic Shape, or Casting/Forging, etc.

Transformation and Optimization of Toolpaths

Conversion of Linear Movements to Arcs/Circles

Toolpath Calculations with Collision Control Against Machined Material, Clamps, etc.

Tool Check

Shank Check

Holder Check

Automatic Toolpath Adjustment

Tilting the Tool Away from the Workpiece in 5 Axes

or Determining the Minimum Tool Extension

Semi-Finished Product Simulation

Control of the Entire Machining Process

Possibility to Measure Allowance Sizes

Comparison of Machined Part to Model

Semi-Finished Product Verification

Postprocessing

Wide Range of Control Systems as Standard: Heidenhain, Haas, Siemens, Hurco, Fanuc, Fagor, Fadal, Acramatic, Mazac, Okuma, and others

Setup Sheet Containing Preview of Semi-Finished Product with Part, Coordinate System Location and Orientation, List of Used Tools with Preview, Partial and Comprehensive Overview of Machining

NC Editor

Autodesk HSM Edit

Loading NC Code and Color Differentiation of Rapid Traverses

Loading Linear, Circular Interpolations

Loading Tool Changes and Comments

Basic Functions for Editing NC Codes such as Renumbering, Inserting Spaces, Skipping Blocks, Comparing NC Codes, Deleting Comments, etc.

Possibility to Transfer NC Codes Directly to the Machine

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