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AFRM - Alakzat felismerés

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AFRM - Alakzat felismerés
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AFRM

Automatikus alakzat felismerés és megmunkálás

SolidCAM provides powerful Automatic Feature Recognition and Machining capabilities, complementing its powerful 2.5D Milling capabilities. SolidCAM's user has the best of both worlds: Interactive operations & Automation. SolidCAM’s AFRM Recognizes & Machines 3 Types of Features: Pockets, Chamfers and Holes.

Zsebfelismerés és megmunkálás

Letörés felismerés és megmunkálás

Furatfelismerés

AHRM
(Automatikus furatfelismerés és megmunkálás)

SOLIDWORKS Furatvarázsló alakzat felismerés és megmunkálás

Pocket Recognition & Machining

SolidCAM's Automatic Pocket Recognition and Machining takes SolidCAM‘s powerful pocketing operation to the next level.

Zsebfelismerés

Instead of machining each individual pocket in a separate operation, Pocket recognition automatically parses the CAD model looking for all features that are identified as "Pockets":

Open Pockets
Closed Pockets
Blind Pockets
Through Pockets
Upper Faces

User can edit this list.

Zsebmarás

All Pocket Levels are Automatically Detected:

From their Upper Level
To their Pocket Depths

User Controls Tool Path:

User-defined Tool
User-defined Technology
User-defined Cutting Strategy
All strategies and options of the standard pocket operation are available
Automatic recognition and machining of fillets on the pocket floor
Automatic recognition of rest material on each pocket
The perfect tool for multi-pocketed parts

Chamfer Recognition & Machining

SolidCAM's Automatic recognition and machining applies chamfer to the edges of the model, where it is possible.

It provides a very powerful capability to automatically chamfer the edges of a model, without having to manually pick all the chains and apply chamfer to them.

Automatikus letörés felismerés

Create Deburing Tool Paths for Sharp Edges, when Chamfers have not been modeled in the Solid Part Geometry.

Chamfer Recognition captures all sharp edges of model
User can set Chamfer Depth, Tool Cutting Diameter and Safety Offset

Automatikus letörés megmunkálás

SolidCAM’s Chamfer Recognition Automatically Avoids Vertical Walls
Lets you machine as much as possible, while protecting the part from collisions with the shank.

Automatic Drill Recognition

Automatic recognition of holes for Drilling from the solid model, with the option to modify results.

A single Drill Recognition operation creates groups of holes with a common diameter, at varying levels and depths, for machining with a single tool.
You can also do a Spot drill operation on all the hole sizes in one operation, accommodating for the diameter of each hole.

SOLIDWORKS Hole Wizard Features Recognition + Machining Process

SOLIDWORKS uses their Hole Wizard feature to automatically create different types of holes, including: Counterbore, Countersink, Hole, Straight Tap, Tapered Tap and Legacy Hole. This defines the complete shape of the hole with all of its parameters in one feature.

SolidCAM then recognizes the Hole Wizard Features and automatically inserts their parameters (depth, diameter, chamfer angles, thread pitch, counterbore diameters, etc.) into a Machining Process to create the Profile & Pocket milling operations.

SOLIDWORKS Furatvarázsló paraméterek és geometriai egységek

SOLIDWORKS Hole Wizard Features data are automatically input into SolidCAM’s Machining Process:

Hole Wizard Parameters provide information such as depth, diameter, chamfer angles, thread pitch, counterbore diameters, etc.. (HW_parameters)
Hole Wizard Geometry Entities provide the geometric elements of the holes (Geo_parameters)

SolidCAM megmunkálási folyamat

SolidCAM inserts the parameters and geometries of the SOLIDWORKS Hole Wizard Features in a Machining Process to create the machining operations.

Automatic Hole Recognition & Machining (AHRM)

SolidCAM’s AHRM module is designed to automatically:

Recognize Holes and Classify into Shapes and Groups
Convert Holes to Machinable Segments
Distribute Machinable Segments to Feature Sets
Choose Technology Solution for Machinable Segments from Technology Database
Generate All Machining Operations

AHRM supports all work position orientations.

AHRM Step 1: Recognize Holes (Shapes & Groups)

Types of Hole Segments

Cylindrical
Cone
Chamfer
Planar
Torus
Sphere

AHRM Step 2: Convert Holes to Machinable Segments

The Machinable Hole Feature consists of one or more Machinable Hole Feature segments that can be machined in one operation with the same tool.

AHRM Step 3: Distribute Machinable Segments to Feature Sets

Feature Set is a number of Machinable segments that will be machined within the same setup using one Coordinate System.

AHRM Step 4: Technology Database Solution

The SolidCAM Technology Database (TDB) stores all Technological Solutions available for the machining of the Machinable Hole Feature segments. In step 4, simply choose the Technological Solution for Machinable Segments from the Technology Database.