Software training,tutorials,download,torrentRomax
The most complete simulation platform for engineering the next generation of electro-mechanical drive systems
Romax Designer is a CAD product of production and manufacturing software developed by Hexconn, which has rich solid, surface, and sheet metal modeling functions, as well as powerful reverse engineering capabilities. It can be used in conjunction with any CAM software in the Romax series products as a front-end design and model modification tool for CAM software, connecting the design and manufacturing processes, filling the gap between CAD and CAM.
What’s new in Romax 2023.1
Key Highlights of Romax DT 2023.1 include:
Modeling and Usability
- 2D Worksheet – support for bearings with 1D ring flexibility
The 2D Worksheet now shows which bearings have 1D raceway connections.
This allows users to quickly check all the bearings in a model to see which are configured to have 1D raceway flexibility and which do not.
(Note, a similar visual check if bearings have 3D (FE) raceway flexibility is enabled.)
- 2D Worksheet – planetary shaft modeling
The modeling of planetary gear sets has been overhauled in Romax 2023.1.
It is now exceedingly quick and simple to model epicyclic (planetary) gear trains in Romax, including multi-stage and compound sets.
This has been achieved with new features in the drag-and-drop 2D Worksheet and the Romax planetary components
- Planetary shafts
- Planetary shaft carriers (a.k.a. carrier discs)
- Planetary gears
- Planetary shaft assemblies are proxied by default.
- Planetary shafts now support loading gears – enabling rough sizing of non-standard planetary arrangements
- Gear geometry is re-calculated automatically upon changing planetary shaft positions/geometry
- FE Planetary shafts are supported in the 2D Worksheet.
- Creation and management of proxy assemblies
Users can now create ‘synchronized copies’ of an assembly that will inherit the same components and loading parameters.
Any changes to the original assembly will automatically be applied to these ‘proxy’ assemblies.
This makes modeling less repetitive, less error-prone, and much faster for Romax models that have multiple instances of the same assembly. Examples include planetary gearboxes, bolts, mounts, and more.
- Planetary carrier connection usability improvements
The detailed planetary shaft carrier interface, used to position and manage planetary shafts, has been vastly improved.
Detailed planetaries use a non-physical object called a planetary shaft carrier (or a carrier disc) to manage the connections between planetary shafts and non-planetary (carrier) shafts.
The new interface brings a series of new features:
- A grid-based positioning tool for planetary shafts
- Values can be copy-and-pasted for easy data entry
- Grid data can be copied in and out of Romax (e.g. to or from Excel)
- Multiple planetary shafts can be connected at one time
- 3D view has checkboxes to toggle various components on/off
- Planetary shafts connected to multiple carrier discs can switch which carrier they are positioned from
- A visual aid has been added to help with positioning planetary components
Additionally, converting a planetary gear set from a concept carrier to a detailed carrier has been improved to embed planetary modeling best practices.
- Two planetary shaft carriers are added on either side of the gear set
- Default tree structure of a detailed planetary assembly has been enhanced to simplify model management
More….
Version:23.1
Supported Architectures: x64
Language: english、Multilingual
Supported Operating Systems: Windows 7 or newer
Size: 1DVD