Siemens NX 1953 Build 1700 (NX 1953 Series)
Siemens NX 1953 Build 1700 (NX 1953 Series) | 15.6 Gb
Languages: English, 中文, Čeština, Español, Français, Deutsch, Italiano,
日本語, 한국어, Polski, Português, Русский
Updated: Added Siemens NX 1953 Series Add-ons
Languages: English, 中文, Čeština, Español, Français, Deutsch, Italiano,
日本語, 한국어, Polski, Português, Русский
Updated: Added Siemens NX 1953 Series Add-ons
The Siemens Digital Industries Software development team is pleased to announce the availability of NX 1953 Build 1700 (NX 1953 Series), the latest release of NX, which brings significant significant new and enhanced functionality in all areas of the product, as well as several new design tools, to help you work more productively and efficiently to build your 3D digital twin.
NX December release details - Date: December 11, 2020
In the design application an all new Algorithmic Modeling feature, Convergent Modeling upgrades, and new design for additive manufacturing functionalities. The Assemblies application, Model Based Definition, Appearance Management, PCB Exchange, and Mold, Tool, and Die applications all see major upgrades.
Sketch
NX is bringing the biggest leap forward to sketching and this allows you a 30% reduction in the time you spend capturing your design ideas. The all new sketcher was introduced in the previous release of NX six months ago. The future of sketching doesn’t stop there. In this release of NX we’ve added enhancements to the sketcher process with enhanced visual information and ease of creation.
NX sketching now anticipates what you are going to drag or modify. Sketch does the geometric constraining for you as needed and applies geometric relationships for you based on surrounding geometry. This works seamlessly with data regardless of the source. The new approach to Sketch allows users to capture ideas as they iterate and make changes as needed, instead of approaching CAD after the initial iterations have been sketched out by hand. We’ve reduced the click count needed to create a sketch so you won’t get into a situation where you need to enter a plane, vector, and point to initialize the sketch. As you can see by the image on the right, we’ve add large, labeled, principal planes that can be selected to easily initialize a sketch. When picking on a plane to start your sketch, there’s also now a visual indicator, the word “Sketch.” This to show the orientation of the sketch.
![Siemens NX 1953 Build 1700 (NX 1953 Series)]()
Algorithmic Modeling
With NX Algorithmic Modeling, it is now possible to design and engineering complex product forms and features that can be saved as a template and easily reused in similar design workflows. This tool garners a lot of interest in auto, aero, energy and consumer. Any industry where you need to make complex, variationally patterned shapes will be greatly helped by this tool.
The new NX Algorithmic Modeling application allows designers and engineers to create complex designs previously only attainable through days of effort or advanced programming knowledge. Design algorithms can be easily constructed using a logic editor. Algorithms can be saved and reused by the broader design and engineering community.
Convergent Modeling
Convergent Modeling in NX features new updates this time around. The updates to the Convergent technologies increase the value of convergent generated geometry, via scan or CAE, for downstream use without reverse engineering. Convergent Bodies with Mixed Geometry lets convergent bodies be comprised of mesh and analytic faces together. Replace Face of Mesh is a new command that lets users easily replace portions of mesh with analytics geometry.
Create engineered structures using implicit methods that are not feasible using traditional CAD methods. Implicit Modeling is a new optional module for the creation of equation driven structures, and performing robust modeling operations on complex designs. Industries that will benefit most from Implicit Modeling include those who are in the Additive Manufacturing market: Aero, energy, medical, and auto.
Design for Additive Manufacturing
Quickly create strong designs that require less resources to construct than with traditional CAD methods. Increased engineering flexibility and speed in designing performance structures only possible through additive. Lattice Structures in this release show increased flexibility of engineered structures which leverages the power of NX CAD modeling for the design of the unit cell. Lattice Structures updates improve engineering productivity and quality. Better quality faceting, for a much cleaner result. Creation time for lattices are blindingly fast, with up to 93% creation time reduction.
Wrap Mesh is also a new command that aids in preparing STL/Mesh models for 3D Printing. Wrap Mesh wraps a volume of interest into a water tight mesh body. There are options to control mesh and gap sizing.
Model Based Definition
In Model Based Definition, creating annotations is traditionally a manual process. Imagine a solution that could address this challenge. NX will allow users who have already adopted MBD to be more productive and efficient. For users that haven’t adopted MBD, our MBD solution will act as a kickstart and an accelerator (it no longer takes too much time to add the data in, for example.) We are helping our users get over previously perceived roadblocks to MBD.
Model based definition offers enhancements that deliver 3 distinct values to you.
- Removing tedious processes
- Capturing business intelligence
- Insure the PMI is compliant with industry and company standards
Automated authoring of PMI introduces an artificial intelligence powered solution. You will find an interactive Logic Editor diagramming interface that supports building and executing rules used to author PMI. This automation speeds up and simplifies tedious manual work, even for users without experience in MBD.
Capturing business intelligence – not only doing it faster, but better. Gain better insight with richer data. Capture key characteristics inside the model with the latest updates: this not only is it faster its also more intelligent, allowing better and more insightful capturing of design data. Instead of having to manually find and enter these specs, it is automatically captured with NX MBD.
With this update, you won’t need to depend on individual experts to make sure you are compliant, so you can produce high quality parts in less time. With PMI Advisor for validation and guidance this will remove the dependency on highly trained GD&T experts.
Please take a look below for our MBD solution updates.
Assemblies
The upgrades to Assemblies in this release of NX is focused around Multi-User Design. NX supports a truly collaborative design environment by proactively notifying users of changes in their design context. Save time and eliminate rework by discovering changes as they occur and automatically update in your design context.
When you have multiple users in the same area, and they have each others parts open (not really an ownership of a file, but rather attribution), this keeps everyone on the same page and up-to-date on design changes. It lets you make sure you’re working on the latest version of your parts – which is great for large and interdisciplinary teams. This is not multiple users making changes simultaneously: you check out and check in, it’s not instantaneous. If another user has a part checked out, you’ll know.
![Siemens NX 1953 Build 1700 (NX 1953 Series)]()
Appearance Management
Appearance Management is a brand-new tool that will have significant application and benefit for many of our users in various industries. Whether you’re in automotive, consumer products, or any other industry, if you need to show product configuration variety, how can you do that easily?
Simple. With Appearance Management, now managed in Teamcenter. We’ve addressed the challenges around visually demonstrating product configuration variety so that you can easily display a range of looks. This new tool gives an edge to all users that need to be able to display their variety of products visually.
![Siemens NX 1953 Build 1700 (NX 1953 Series)]()
This is not limited to High End Rendering. This could and should support any Visual Twin representation. Appearance Management can be run in team center, as well as natively in NX.
PCB Exchange
Enhancements in this area are critical for users in the consumer electronics and high tech industry. This impacts you or your organization if they develop personal products, design electronics in devices (since devices are getting smaller), and those who seek to disrupt mature industry with innovations in electronics.
Flexible PCD updates offer our users a unique edge that no one else in the CAD space can match. We offer a complete set of tools for designing flexible circuits and cable components. As our users’ need to create innovative product designs increases, we’ve given electronics designers the ability to outpace the competition with new capabilities around Rigid-Flex Design, and flat solid enhancements.
We are also proud to announce Rigid Flex as part of our design solution. This industry first (we are the only one who offers this!) tool which allows for the creation, editing, and collaboration of Rigid-Flex designs in NX. This enables designers the ability to produce a fully flattened model for collaboration and downstream processes.
Mold, Tool, and Die
New tools within NX’s Mold, Tool, and Die solution enhance our users’ workflow experience by consolidating necessary applications and by leveraging automation to speed up manual processes. The solutions and enhancements in this area are especially impactful for designers in the automotive, industrial, consumer electronics, and medical spaces.
![Siemens NX 1953 Build 1700 (NX 1953 Series)]()
Users can rapidly simulate the thermal performance of an injection mold insert – previously, calculations took a long time, and users had to switch between CAD and CAE systems. Now it’s all in one system so the workflow is much faster, and helps designers stay focused by enabling them to stay in a single software environment. This is possible with Mold Cooling Analysis which is a very simple to use tool for designers.
Another big enhancement to Mold, Tool, and Die, Forming Analysis is a new tool that contributes to seamless workflow integration within NX, by helping perform both design and validation in (once again) a single software environment. With Forming analysis you can simulate forming and springback analysis.
Sketch
NX is bringing the biggest leap forward to sketching and this allows you a 30% reduction in the time you spend capturing your design ideas. The all new sketcher was introduced in the previous release of NX six months ago. The future of sketching doesn’t stop there. In this release of NX we’ve added enhancements to the sketcher process with enhanced visual information and ease of creation.
NX sketching now anticipates what you are going to drag or modify. Sketch does the geometric constraining for you as needed and applies geometric relationships for you based on surrounding geometry. This works seamlessly with data regardless of the source. The new approach to Sketch allows users to capture ideas as they iterate and make changes as needed, instead of approaching CAD after the initial iterations have been sketched out by hand. We’ve reduced the click count needed to create a sketch so you won’t get into a situation where you need to enter a plane, vector, and point to initialize the sketch. As you can see by the image on the right, we’ve add large, labeled, principal planes that can be selected to easily initialize a sketch. When picking on a plane to start your sketch, there’s also now a visual indicator, the word “Sketch.” This to show the orientation of the sketch.
Siemens NX 1953 Build 1700 (NX 1953 Series)
Algorithmic Modeling
With NX Algorithmic Modeling, it is now possible to design and engineering complex product forms and features that can be saved as a template and easily reused in similar design workflows. This tool garners a lot of interest in auto, aero, energy and consumer. Any industry where you need to make complex, variationally patterned shapes will be greatly helped by this tool.
The new NX Algorithmic Modeling application allows designers and engineers to create complex designs previously only attainable through days of effort or advanced programming knowledge. Design algorithms can be easily constructed using a logic editor. Algorithms can be saved and reused by the broader design and engineering community.
Convergent Modeling
Convergent Modeling in NX features new updates this time around. The updates to the Convergent technologies increase the value of convergent generated geometry, via scan or CAE, for downstream use without reverse engineering. Convergent Bodies with Mixed Geometry lets convergent bodies be comprised of mesh and analytic faces together. Replace Face of Mesh is a new command that lets users easily replace portions of mesh with analytics geometry.
Create engineered structures using implicit methods that are not feasible using traditional CAD methods. Implicit Modeling is a new optional module for the creation of equation driven structures, and performing robust modeling operations on complex designs. Industries that will benefit most from Implicit Modeling include those who are in the Additive Manufacturing market: Aero, energy, medical, and auto.
Design for Additive Manufacturing
Quickly create strong designs that require less resources to construct than with traditional CAD methods. Increased engineering flexibility and speed in designing performance structures only possible through additive. Lattice Structures in this release show increased flexibility of engineered structures which leverages the power of NX CAD modeling for the design of the unit cell. Lattice Structures updates improve engineering productivity and quality. Better quality faceting, for a much cleaner result. Creation time for lattices are blindingly fast, with up to 93% creation time reduction.
Wrap Mesh is also a new command that aids in preparing STL/Mesh models for 3D Printing. Wrap Mesh wraps a volume of interest into a water tight mesh body. There are options to control mesh and gap sizing.
Model Based Definition
In Model Based Definition, creating annotations is traditionally a manual process. Imagine a solution that could address this challenge. NX will allow users who have already adopted MBD to be more productive and efficient. For users that haven’t adopted MBD, our MBD solution will act as a kickstart and an accelerator (it no longer takes too much time to add the data in, for example.) We are helping our users get over previously perceived roadblocks to MBD.
Model based definition offers enhancements that deliver 3 distinct values to you.
- Removing tedious processes
- Capturing business intelligence
- Insure the PMI is compliant with industry and company standards
Automated authoring of PMI introduces an artificial intelligence powered solution. You will find an interactive Logic Editor diagramming interface that supports building and executing rules used to author PMI. This automation speeds up and simplifies tedious manual work, even for users without experience in MBD.
Capturing business intelligence – not only doing it faster, but better. Gain better insight with richer data. Capture key characteristics inside the model with the latest updates: this not only is it faster its also more intelligent, allowing better and more insightful capturing of design data. Instead of having to manually find and enter these specs, it is automatically captured with NX MBD.
With this update, you won’t need to depend on individual experts to make sure you are compliant, so you can produce high quality parts in less time. With PMI Advisor for validation and guidance this will remove the dependency on highly trained GD&T experts.
Please take a look below for our MBD solution updates.
Assemblies
The upgrades to Assemblies in this release of NX is focused around Multi-User Design. NX supports a truly collaborative design environment by proactively notifying users of changes in their design context. Save time and eliminate rework by discovering changes as they occur and automatically update in your design context.
When you have multiple users in the same area, and they have each others parts open (not really an ownership of a file, but rather attribution), this keeps everyone on the same page and up-to-date on design changes. It lets you make sure you’re working on the latest version of your parts – which is great for large and interdisciplinary teams. This is not multiple users making changes simultaneously: you check out and check in, it’s not instantaneous. If another user has a part checked out, you’ll know.
Siemens NX 1953 Build 1700 (NX 1953 Series)
Appearance Management
Appearance Management is a brand-new tool that will have significant application and benefit for many of our users in various industries. Whether you’re in automotive, consumer products, or any other industry, if you need to show product configuration variety, how can you do that easily?
Simple. With Appearance Management, now managed in Teamcenter. We’ve addressed the challenges around visually demonstrating product configuration variety so that you can easily display a range of looks. This new tool gives an edge to all users that need to be able to display their variety of products visually.
Siemens NX 1953 Build 1700 (NX 1953 Series)
This is not limited to High End Rendering. This could and should support any Visual Twin representation. Appearance Management can be run in team center, as well as natively in NX.
PCB Exchange
Enhancements in this area are critical for users in the consumer electronics and high tech industry. This impacts you or your organization if they develop personal products, design electronics in devices (since devices are getting smaller), and those who seek to disrupt mature industry with innovations in electronics.
Flexible PCD updates offer our users a unique edge that no one else in the CAD space can match. We offer a complete set of tools for designing flexible circuits and cable components. As our users’ need to create innovative product designs increases, we’ve given electronics designers the ability to outpace the competition with new capabilities around Rigid-Flex Design, and flat solid enhancements.
We are also proud to announce Rigid Flex as part of our design solution. This industry first (we are the only one who offers this!) tool which allows for the creation, editing, and collaboration of Rigid-Flex designs in NX. This enables designers the ability to produce a fully flattened model for collaboration and downstream processes.
Mold, Tool, and Die
New tools within NX’s Mold, Tool, and Die solution enhance our users’ workflow experience by consolidating necessary applications and by leveraging automation to speed up manual processes. The solutions and enhancements in this area are especially impactful for designers in the automotive, industrial, consumer electronics, and medical spaces.
Siemens NX 1953 Build 1700 (NX 1953 Series)
Users can rapidly simulate the thermal performance of an injection mold insert – previously, calculations took a long time, and users had to switch between CAD and CAE systems. Now it’s all in one system so the workflow is much faster, and helps designers stay focused by enabling them to stay in a single software environment. This is possible with Mold Cooling Analysis which is a very simple to use tool for designers.
Another big enhancement to Mold, Tool, and Die, Forming Analysis is a new tool that contributes to seamless workflow integration within NX, by helping perform both design and validation in (once again) a single software environment. With Forming analysis you can simulate forming and springback analysis.
Siemens NX 1953 Build 1700 (NX 1953 Series)
Siemens NXSeries software is a flexible and powerful integrated solution that helps you deliver better products faster and more efficiently. NXSeries delivers the next generation of design, simulation, and manufacturing solutions that enable companies to realize the value of the digital twin.
Supporting every aspect of product development, from concept design through engineering and manufacturing, NXSeries gives you an integrated toolset that coordinates disciplines, preserves data integrity and design intent, and streamlines the entire process.
Siemens become the first major CAD/CAM/CAE vendor to deliver its software using Continuous Release methodology in January 2019. The new Continuous Release process significantly reduce the time between the proposal of a new enhancement, and its deployment to the end users. Customers will now have the opportunity to deploy the latest NXSeries productivity enhancements more quickly in their production environment which helps them become more productive when using NXSeries. In addition the Continuous Release will also reduce deployment costs for incremental updates.
Adopting a continuous release strategy also allows both Siemens and our customers to be more responsive to new ideas and trends in technology, once again allowing our customers to stay ahead of their competition.
What's New in NX CAM December 2020
Siemens Digital Industries is an innovation and technology leader in industrial automation and digitalization. In close cooperation with our partners and customers, we are the driving force for the digital transformation in the discrete and process industries.
Product: Siemens NXSeries
Version: 1953 Build 1700 (NX 1953 Series)
Supported Architectures: x64
Website Home Page : www.plm.automation.siemens.com
Language: multilanguage
System Requirements: PC *
Size: 15.6 Gb
Files save in the NX-1953 Series (NX-1953 and higher) cannot be opened in the NX-1026 Series and lower versions of the NX
Minimum Operating Systems
- Microsoft Windows 10 (64-bit) Pro and Enterprise editions
Windows 10
Windows 10 is the minimum supported release for NX 1926. The supported versions of Windows 10 are the Pro and Enterprise editions utilizing Semi-Annual Channel (SAC) updates.
Windows 7 and 8.1
Windows 7 has reached the end of life and mainstream support has ended. Windows 8.1 is still supported by Microsoft, but was rarely deployed. These two versions of Windows are no longer supported by NX 1926. Siemens Digital Industries Software has not performed testing on these version and cannot resolve any issues related to NX 1926 running on these operating systems. If NX 1926 is deployed on these versions of Windows, any issues will have to be replicated on Windows 10 before filing an incident report with GTAC.
Windows XP and Vista
Windows XP support from Microsoft has ended and Vista was rarely deployed so these two versions of Windows are not supported by NX 1926. Siemens PLM Software has not performed testing on these versions and cannot resolve any issues related to NX 1926 running on these operating systems. If NX 1926 is deployed on these versions of Windows, any issues will have to be replicated on Windows 10 before filing an incident report with GTAC
Recommended System Configuration:
- 64-bit Windows 10 operating system
- 4 GB RAM minimum, 8 GB or 16 GB RAM recommended
- True Color (32-bit) or 16 million colors (24-bit)
- Screen Resolution: 1280 x 1024 or higher, widescreen format
- Microsoft Windows 10 (64-bit) Pro and Enterprise editions
Windows 10
Windows 10 is the minimum supported release for NX 1926. The supported versions of Windows 10 are the Pro and Enterprise editions utilizing Semi-Annual Channel (SAC) updates.
Windows 7 and 8.1
Windows 7 has reached the end of life and mainstream support has ended. Windows 8.1 is still supported by Microsoft, but was rarely deployed. These two versions of Windows are no longer supported by NX 1926. Siemens Digital Industries Software has not performed testing on these version and cannot resolve any issues related to NX 1926 running on these operating systems. If NX 1926 is deployed on these versions of Windows, any issues will have to be replicated on Windows 10 before filing an incident report with GTAC.
Windows XP and Vista
Windows XP support from Microsoft has ended and Vista was rarely deployed so these two versions of Windows are not supported by NX 1926. Siemens PLM Software has not performed testing on these versions and cannot resolve any issues related to NX 1926 running on these operating systems. If NX 1926 is deployed on these versions of Windows, any issues will have to be replicated on Windows 10 before filing an incident report with GTAC
Recommended System Configuration:
- 64-bit Windows 10 operating system
- 4 GB RAM minimum, 8 GB or 16 GB RAM recommended
- True Color (32-bit) or 16 million colors (24-bit)
- Screen Resolution: 1280 x 1024 or higher, widescreen format
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Added by 3% of the overall size of the archive of information for the restoration
No mirrors please
![Siemens NX 1953 Build 1700 (NX 1953 Series)]()
Added by 3% of the overall size of the archive of information for the restoration
No mirrors please
Siemens NX 1953 Build 1700 (NX 1953 Series)
