Prismatic and Turning Machining

What's New

Prismatic and Turning Machining Basics

Related Guides and Resources

Access to Content

Predefined Queries

User Interface

Action Bar

3D Simulation

Setup Section

Programming Section

Prismatic Machining Section

Turning Machining Section

Axial Machining Section

Analysis & Output Section

View Section

Context Toolbars

Activities Process Tree Context Menus and Toolbars

App Options Panel

Creating Turning Operations

Creating a Balance and Follow Turning Operation

Creating a Rough Turning Operation

Using Balance and Follow Turning Operations

Creating a Recess Turning Operation

Creating a Ramp Rough Turning Operation

Creating a Ramp Recess Turning Operation

Creating a Groove Turning Operation

Creating a Profile Finish Turning Operation

Creating a Groove Finish Turning Operation

Creating a Thread Turning Operation

Creating a Sequential Turning Operation

Creating Turning Operation on Milling Machine

Managing Local Information

Defining Macros on Turning Operations

Using Multi-Slide Lathe Machines

Creating and Editing Synchronization

Managing Machining Resources

Editing the Tool Assembly of a Turning Operation

Editing Insert and Insert Holder in Manufacturing Cell

Managing Tool Parameters and Behavior

Previewing Spindle Way of Rotation during Replay and Simulation

Working with Multi-Turret Turning Machining

Setting Up Environment for Multi-Turret Turning Machining

Assigning Manufacturing Programs to the Turrets

Generating NC Output for Multi-Turret Turning Machining

Working with Multi-Spindle Turning Machining

Setting Up the Environment for Multi-Spindle Turning Machining

Defining Manufacturing Program for Multi-Spindle Machining

Replaying and Simulating the Program

Generating NC Output for Multi-Spindle Turning Machining

Using a Robot in the 3D Area

Using Synchronization at a Pass Level

Using the APT Syntax for Synchronization

Reference Information

Conventions for Tool Assembly Turning

Automatic Computation of Tool Parameters

Reference Compensation Point for Tool Assembly Gauges

Trigon Insert Used on a Groove Insert-holder

Groove Insert Positioning on Start and End Limits

Round Insert Used in a Groove Holder

Syntaxes for Multi-Slide Lathe Machine Environment

Axis Systems

B-Axis Management and Tool Axis Flip

Tool Output Point Change

Cutter Compensation with Finish Turning Operations

Displaying a Machined Area for Rough Turning Operations

Dialog Boxes

Rough Turning Dialog box

Rough Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Recess Turning Dialog Box

Recess Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Ramp Rough Turning Dialog box

Ramp Rough Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Ramp Recess Turning Dialog box

Ramp Recess Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Groove Turning Dialog Box

Groove Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Profile Finish Turning Dialog box

Profile Finish Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Groove Finish Turning Dialog box

Groove Finish Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Thread Turning Dialog box

Thread Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Sequential Turning Dialog box

Sequential Turning

Strategy Parameters

Geometry Parameters

Tool Parameters

Feedrate and Spindle Speed Parameters

Macro Parameters

Using Simulations Options for Machining