ISM Revit Plug-inBentley Systems
ISM Revit Plug-in is a Bentley-developed plug-in that enables Revit users to participate in iTwin Analytical workflows with applications such as STAAD, RAM, and OpenBuildings Designer.
Vendor
Bentley Systems
Company Website
Product details
Overview
The ISM Revit Plug-in is designed to integrate Revit with iTwin Analytical workflows, allowing seamless collaboration between different software applications. It specifically enables interoperability with programs such as STAAD, RAM, and OpenBuildings Designer, which are commonly used in structural engineering and building design.
Features
- iTwin Analytical Workflow Integration: The plug-in facilitates the participation of Revit users in iTwin Analytical workflows, enhancing collaboration across different software platforms.
- Multi-Application Compatibility: Works with various Bentley applications, including STAAD, RAM, and OpenBuildings Designer, providing a versatile solution for different design needs.
- Efficient Model Sharing: Allows users to share Revit models with other applications without the need for recreating the same model multiple times.
- Time-Saving: By eliminating the need to create duplicate models, the plug-in significantly reduces the time spent on model creation and updates.
- Error Reduction: The ability to use a single model across multiple applications helps minimize discrepancies and errors that can occur when recreating models in different software.
- Seamless Installation: The plug-in is packaged within iTwin Analytical Synchronizer, requiring no separate download for easy installation and setup.
Benefits
- Improved Workflow Efficiency: Streamlines the design process by enabling smooth data transfer between Revit and other analytical applications.
- Enhanced Collaboration: Facilitates better teamwork by allowing different team members to work on the same model using their preferred software tools.
- Cost-Effective: Reduces the time and resources needed for model creation and management across multiple platforms.
- Increased Accuracy: Minimizes the risk of errors associated with manual model recreation in different software environments.
- Flexibility: Provides users with the ability to leverage the strengths of multiple software applications while working on a single project.