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Concepts NREC MAX-PAC Ballot

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* 1. Please provide your contact information

Name

Company

Email Address

Phone Number

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* 2. Please apply a value to every item on the ballot (1-5, with 1 being no interest and 5 being critical).

	1	2	3	4	5
1. Documentation: Add more video tutorials and training to customer portal.	1. Documentation: Add more video tutorials and training to customer portal. 1	1. Documentation: Add more video tutorials and training to customer portal. 2	1. Documentation: Add more video tutorials and training to customer portal. 3	1. Documentation: Add more video tutorials and training to customer portal. 4	1. Documentation: Add more video tutorials and training to customer portal. 5
2. Modeling: Add more CAD functions such as offset surface and/or offset curve on surface functions.	2. Modeling: Add more CAD functions such as offset surface and/or offset curve on surface functions. 1	2. Modeling: Add more CAD functions such as offset surface and/or offset curve on surface functions. 2	2. Modeling: Add more CAD functions such as offset surface and/or offset curve on surface functions. 3	2. Modeling: Add more CAD functions such as offset surface and/or offset curve on surface functions. 4	2. Modeling: Add more CAD functions such as offset surface and/or offset curve on surface functions. 5
3. Modeling: Improve support for models like propellers and inducers that are highly wrapped and degenerate at the shroud or that have edges nearly tangent to the shroud.	3. Modeling: Improve support for models like propellers and inducers that are highly wrapped and degenerate at the shroud or that have edges nearly tangent to the shroud. 1	3. Modeling: Improve support for models like propellers and inducers that are highly wrapped and degenerate at the shroud or that have edges nearly tangent to the shroud. 2	3. Modeling: Improve support for models like propellers and inducers that are highly wrapped and degenerate at the shroud or that have edges nearly tangent to the shroud. 3	3. Modeling: Improve support for models like propellers and inducers that are highly wrapped and degenerate at the shroud or that have edges nearly tangent to the shroud. 4	3. Modeling: Improve support for models like propellers and inducers that are highly wrapped and degenerate at the shroud or that have edges nearly tangent to the shroud. 5
4. Modeling: Add support of multiple splitter rows in a single configuration.	4. Modeling: Add support of multiple splitter rows in a single configuration. 1	4. Modeling: Add support of multiple splitter rows in a single configuration. 2	4. Modeling: Add support of multiple splitter rows in a single configuration. 3	4. Modeling: Add support of multiple splitter rows in a single configuration. 4	4. Modeling: Add support of multiple splitter rows in a single configuration. 5
5. Modeling: Improve support/import for sheared, multi-surface leading edges common on inducers and rocket turbopumps.	5. Modeling: Improve support/import for sheared, multi-surface leading edges common on inducers and rocket turbopumps. 1	5. Modeling: Improve support/import for sheared, multi-surface leading edges common on inducers and rocket turbopumps. 2	5. Modeling: Improve support/import for sheared, multi-surface leading edges common on inducers and rocket turbopumps. 3	5. Modeling: Improve support/import for sheared, multi-surface leading edges common on inducers and rocket turbopumps. 4	5. Modeling: Improve support/import for sheared, multi-surface leading edges common on inducers and rocket turbopumps. 5
6. Toolpaths: Preview toolpath option. See a preview of the toolpath before leaving operation window. e.g. toolpath volume, step down, toolpath pattern with reduced stepover, etc.	6. Toolpaths: Preview toolpath option. See a preview of the toolpath before leaving operation window. e.g. toolpath volume, step down, toolpath pattern with reduced stepover, etc. 1	6. Toolpaths: Preview toolpath option. See a preview of the toolpath before leaving operation window. e.g. toolpath volume, step down, toolpath pattern with reduced stepover, etc. 2	6. Toolpaths: Preview toolpath option. See a preview of the toolpath before leaving operation window. e.g. toolpath volume, step down, toolpath pattern with reduced stepover, etc. 3	6. Toolpaths: Preview toolpath option. See a preview of the toolpath before leaving operation window. e.g. toolpath volume, step down, toolpath pattern with reduced stepover, etc. 4	6. Toolpaths: Preview toolpath option. See a preview of the toolpath before leaving operation window. e.g. toolpath volume, step down, toolpath pattern with reduced stepover, etc. 5
7. Toolpaths: Expand generic milling toolpath types. e.g. 2D contour, offset curve on surface, drilling, etc.	7. Toolpaths: Expand generic milling toolpath types. e.g. 2D contour, offset curve on surface, drilling, etc. 1	7. Toolpaths: Expand generic milling toolpath types. e.g. 2D contour, offset curve on surface, drilling, etc. 2	7. Toolpaths: Expand generic milling toolpath types. e.g. 2D contour, offset curve on surface, drilling, etc. 3	7. Toolpaths: Expand generic milling toolpath types. e.g. 2D contour, offset curve on surface, drilling, etc. 4	7. Toolpaths: Expand generic milling toolpath types. e.g. 2D contour, offset curve on surface, drilling, etc. 5
8. Toolpaths: Add ability to generate turning toolpaths for lathes and mill-turn machines.	8. Toolpaths: Add ability to generate turning toolpaths for lathes and mill-turn machines. 1	8. Toolpaths: Add ability to generate turning toolpaths for lathes and mill-turn machines. 2	8. Toolpaths: Add ability to generate turning toolpaths for lathes and mill-turn machines. 3	8. Toolpaths: Add ability to generate turning toolpaths for lathes and mill-turn machines. 4	8. Toolpaths: Add ability to generate turning toolpaths for lathes and mill-turn machines. 5
9. Toolpaths: Support additional bodies (such as fixture) for collision avoidance.	9. Toolpaths: Support additional bodies (such as fixture) for collision avoidance. 1	9. Toolpaths: Support additional bodies (such as fixture) for collision avoidance. 2	9. Toolpaths: Support additional bodies (such as fixture) for collision avoidance. 3	9. Toolpaths: Support additional bodies (such as fixture) for collision avoidance. 4	9. Toolpaths: Support additional bodies (such as fixture) for collision avoidance. 5
10. Toolpaths: Use Rest-Stock model from MRS for 5-axis operation feed and/or path calculation to speed up or eliminate air-cuts.	10. Toolpaths: Use Rest-Stock model from MRS for 5-axis operation feed and/or path calculation to speed up or eliminate air-cuts. 1	10. Toolpaths: Use Rest-Stock model from MRS for 5-axis operation feed and/or path calculation to speed up or eliminate air-cuts. 2	10. Toolpaths: Use Rest-Stock model from MRS for 5-axis operation feed and/or path calculation to speed up or eliminate air-cuts. 3	10. Toolpaths: Use Rest-Stock model from MRS for 5-axis operation feed and/or path calculation to speed up or eliminate air-cuts. 4	10. Toolpaths: Use Rest-Stock model from MRS for 5-axis operation feed and/or path calculation to speed up or eliminate air-cuts. 5
11. Toolpaths: Add more options to Disc Mill Roughing toolpath.	11. Toolpaths: Add more options to Disc Mill Roughing toolpath. 1	11. Toolpaths: Add more options to Disc Mill Roughing toolpath. 2	11. Toolpaths: Add more options to Disc Mill Roughing toolpath. 3	11. Toolpaths: Add more options to Disc Mill Roughing toolpath. 4	11. Toolpaths: Add more options to Disc Mill Roughing toolpath. 5
12. Toolpaths: Cut in tip-to-root direction with corner radius tool for semi finish or finish operation.	12. Toolpaths: Cut in tip-to-root direction with corner radius tool for semi finish or finish operation. 1	12. Toolpaths: Cut in tip-to-root direction with corner radius tool for semi finish or finish operation. 2	12. Toolpaths: Cut in tip-to-root direction with corner radius tool for semi finish or finish operation. 3	12. Toolpaths: Cut in tip-to-root direction with corner radius tool for semi finish or finish operation. 4	12. Toolpaths: Cut in tip-to-root direction with corner radius tool for semi finish or finish operation. 5
13. Toolpaths, MAX-5 and MAX-AB: Enhance hub blending options to support blending across pocket, and support different blend parameters for up/downstream cutting.	13. Toolpaths, MAX-5 and MAX-AB: Enhance hub blending options to support blending across pocket, and support different blend parameters for up/downstream cutting. 1	13. Toolpaths, MAX-5 and MAX-AB: Enhance hub blending options to support blending across pocket, and support different blend parameters for up/downstream cutting. 2	13. Toolpaths, MAX-5 and MAX-AB: Enhance hub blending options to support blending across pocket, and support different blend parameters for up/downstream cutting. 3	13. Toolpaths, MAX-5 and MAX-AB: Enhance hub blending options to support blending across pocket, and support different blend parameters for up/downstream cutting. 4	13. Toolpaths, MAX-5 and MAX-AB: Enhance hub blending options to support blending across pocket, and support different blend parameters for up/downstream cutting. 5
14. Toolpaths, MAX-SI: For 3+2 roughing and MAX-SI pocket roughing: pre drill a hole and use the hole location to insert to each roughing level.	14. Toolpaths, MAX-SI: For 3+2 roughing and MAX-SI pocket roughing: pre drill a hole and use the hole location to insert to each roughing level. 1	14. Toolpaths, MAX-SI: For 3+2 roughing and MAX-SI pocket roughing: pre drill a hole and use the hole location to insert to each roughing level. 2	14. Toolpaths, MAX-SI: For 3+2 roughing and MAX-SI pocket roughing: pre drill a hole and use the hole location to insert to each roughing level. 3	14. Toolpaths, MAX-SI: For 3+2 roughing and MAX-SI pocket roughing: pre drill a hole and use the hole location to insert to each roughing level. 4	14. Toolpaths, MAX-SI: For 3+2 roughing and MAX-SI pocket roughing: pre drill a hole and use the hole location to insert to each roughing level. 5
15. Toolpaths, MAX-SI: Reduce air cutting on initial engagement, especially with Continuous Contact method.	15. Toolpaths, MAX-SI: Reduce air cutting on initial engagement, especially with Continuous Contact method. 1	15. Toolpaths, MAX-SI: Reduce air cutting on initial engagement, especially with Continuous Contact method. 2	15. Toolpaths, MAX-SI: Reduce air cutting on initial engagement, especially with Continuous Contact method. 3	15. Toolpaths, MAX-SI: Reduce air cutting on initial engagement, especially with Continuous Contact method. 4	15. Toolpaths, MAX-SI: Reduce air cutting on initial engagement, especially with Continuous Contact method. 5
16. Simulation: Allow editing of toolpath in simulator. For example: add/delete lines, change feeds, adjust tool vectors.	16. Simulation: Allow editing of toolpath in simulator. For example: add/delete lines, change feeds, adjust tool vectors. 1	16. Simulation: Allow editing of toolpath in simulator. For example: add/delete lines, change feeds, adjust tool vectors. 2	16. Simulation: Allow editing of toolpath in simulator. For example: add/delete lines, change feeds, adjust tool vectors. 3	16. Simulation: Allow editing of toolpath in simulator. For example: add/delete lines, change feeds, adjust tool vectors. 4	16. Simulation: Allow editing of toolpath in simulator. For example: add/delete lines, change feeds, adjust tool vectors. 5
17. Post processor: Generate main program from CAM operations.	17. Post processor: Generate main program from CAM operations. 1	17. Post processor: Generate main program from CAM operations. 2	17. Post processor: Generate main program from CAM operations. 3	17. Post processor: Generate main program from CAM operations. 4	17. Post processor: Generate main program from CAM operations. 5
18. Performance: Improve speed of toolpath generation.	18. Performance: Improve speed of toolpath generation. 1	18. Performance: Improve speed of toolpath generation. 2	18. Performance: Improve speed of toolpath generation. 3	18. Performance: Improve speed of toolpath generation. 4	18. Performance: Improve speed of toolpath generation. 5
19. Optimization: Support feed optimization based on simple material removal or more advanced physics-based analysis.	19. Optimization: Support feed optimization based on simple material removal or more advanced physics-based analysis. 1	19. Optimization: Support feed optimization based on simple material removal or more advanced physics-based analysis. 2	19. Optimization: Support feed optimization based on simple material removal or more advanced physics-based analysis. 3	19. Optimization: Support feed optimization based on simple material removal or more advanced physics-based analysis. 4	19. Optimization: Support feed optimization based on simple material removal or more advanced physics-based analysis. 5

Please list up to two write-in items in the space below:

Question Title

* 3. Please rate MAX-PAC:

1 Completely Unsatisfactory

2 Somewhat Useful But Needs Significant Improvement

3 Useful But Needs Improvement

4 Very Useful But Needs Minor Improvement

5 Completely Satisfactory

Or, put your own comments here:

Question Title

* 4. Please rate the technical support for MAX-PAC:

1 Completely Unsatisfactory

2 Somewhat Useful But Needs Significant Improvement

3 Useful But Needs Improvement

4 Very Useful But Needs Minor Improvement

5 Completely Satisfactory

Or, put your own comments here:

Question Title

* 5. In general, which do you find more time-consuming?

Setting up a geometry configuration

Generating and adjusting a toolpath to meet your requirements

Question Title

* 6. Would you recommend MAX-PAC to a colleague?

Yes