2013 R2 APM and CAD to CAM Part 1
#1 Demonstration of Alphacam APM (Automated Parametric Manufacture) and CAD to CAM to automatically machine and nest parametric assemblies.
2013 R2 APM and CAD to CAM Part 2
#2 Demonstration of Alphacam APM (Automated Parametric Manufacture) and CAD to CAM to automatically machine and nest parametric assemblies.
2013 R2 BTL Translator
Improved importing of BTL format assemblies, now supporting; Lap Joint, Ridge or Valley Cut, Birds Mouth and Free Contour.
2013 R2 Create Machine Model 5 Axis Head Assembly
Configuration of a 5-axis, head mounted, machine for use with the new and improved solid simulator.
2013 R2 Create Machine Model Rotary Y Axis Assembly
Configuration of a 4-axis, table mounted, machine for use with the new and improved solid simulator.
2013 R2 - Send to Simulator
New and improved solid simulator that allows for any machine configuration to be built from 3D solids and/or extruded 2D geometries. Simulation and collision detection of 3, 4 & 5-axis simultaneous machining.
2013 R2 Program Stop Operation
A program stop can be easily added as an operation and output in the NC code, allowing for a part to be turned midway through a program for example. The stop can be re-sequenced in the operation list and added to a Machining Style.
2013 R2 Wave Add In
Enhancements to the Wave Add-In, used for the machining of decorative wave panelling. Moves between wave end points can now be blended for smoother transition when high speed machining. Detailed settings can be saved and reused at a later date.
Alphacam 2013 R1 - What's New Presentation
An overview of the key features within this release including: Spot Drill and Chamfering, Tool Path Oscillation, Automatic Part Tagging, Nesting Zones, Part Panelling and new powerful Combined Pocketing and Finishing Pocket cycle.
2013 R1 - Spot Drill and Chamfering
This new cycle supports any drill type and calculates the required machining depth from a given chamfer depth. All selected holes will be analyzed to ensure the tool can enter the hole where there is a flat on the bottom of the tool, and that the tool diameter is sufficient to complete the full depth of chamfer.
2013 R1 - Nesting Zones
Small parts can now be identified and nested into specific areas of a sheet. This contributes to reducing material wastage and improving the quality of the part.
2013 R1 - Panelling
This allows for large geometries to be broken into sectioned pieces and automatically placed within separate panels (sheets). The resulting panels are automatically gapped apart, similar to nested sheets, and moved away from the original geometries for easy identification and access.
2013 R1 - Tool Path Oscillation
A sinusoidal or zig-zag up and down movement can be applied to any contour tool path, utilizing more of the effective cutting length of the tool used. This improves the surface finish and extends the tool life.
2013 R1 - Tagging
Support tags can be added automatically to any contour tool path (including 5-axis) This overcomes the issue of small parts moving during the nesting process, reducing material wastage and improving part quality.
2013 R1 - Combined Pocketing
Area clearance and finish contour machining can now be combined into a single machining operation. This improves the quality of the part and reduces programming time.