FAQ

What is the difference between AutoCAD and Revit?

keyboard_arrow_down
Used for
  • 2D drafting, drawings, and documation
  • 3D modeling and visualization
Used for
  • Architectural design
  • Structural engineering
  • MEP engineering and detailing
  • Preconstruction design
What it does
  • Create and edit 2D geometry
  • Create and edit 3D models with solids, surfaces, and mesh objects
  • Annotate drawings with text, dimensions, leaders, and tables
  • Customize with add-on apps and APIs
  • Customize the ribbon and tool palettes
  • Extract object data to tables
  • Attach and import data from PDF files
  • Share and use data from DGN files, Navisworks, and Bing Maps
  • Apply and monitor CAD standards
AutoCAD software puts geometry first. If you’re looking for a Digital Twin solution, go for our high-precision software.
What it does
  • Conceptual design
  • 3D parametric modeling
  • Detailed design documentation
  • Multidiscipline coordination
  • Modeling building components
  • Analyzing and simulating systems and     structures
  • Iterating and visualizing designs
  • Generating design documentation for     fabrication or construction
  • Structural steel modeling and documentation
  • MEP fabrication modeling and detailing
  • Photorealistic 3D visualization
  • Building performance analysis
  • Construction documentation
Revit software puts collaboration first. If you’re looking for a BIM solution, this is the way to go.

What is a Digital Twin?

keyboard_arrow_down
A digital twin is a virtual representation of the built environment assets that spans its lifecycle, is updated with real-time data, and adopts simulation, machine learning and reasoning to help decision-making. It has to have feedback from the physical structure into the digital model and visa-versa.

Connected sensors on the physical structure collect data that can be mapped onto the digital model. hsbcad allows for the creation of accurate design models, which can be used in/as part of a digital twin to analyse crucial information about how the physical structure is performing in the real world.

What is BIM?

keyboard_arrow_down
Building information Modelling (BIM) is a way of working that focusses on modelling and collaboration between all stakeholders in the process. The base of this can be a Digital Twin. It gives architects, engineers, manufacturers and assemblers the insight and tools to efficiently plan, design, construct, and manage infrastructure.

BIM establishes industry standards for a Digital Model, usable in software tools from hsbcad.

BIM standards for offsite are still largely incomplete. hsbcad is a leading member of the community buildingSMART establishing BIM standards for offsite.

What is DfMA?

keyboard_arrow_down
Design for Manufacture and Assembly (DfMA) is a design approach that focuses on ease of manufacture and efficiency of assembly. An emphasis heavily focuses on simplifying the design of a product for manufacture so that it can be assembled efficiently, in an optimised time, with lower costs.

hsbcad designs with ease the component parts of the project, through integration with enterprise resource planning systems and customisable automation to reduce the complexities of manufacturing operations. The etos of hsbcad is the reduction of material, overhead and labour costs thus minimising assembly operations

Can hsbDesign for AutoCAD and Revit be used together?

keyboard_arrow_down
Unlike Autodesk Revit, AutoCAD is traditionally considered as not compliant with BIM standards and with BIM work processes.

However, to give offsite companies access to advanced geometric capabilities that are currently only available on AutoCAD, hsbcad has created a powerful bi-directional bridge between AutoCAD and Revit.

Through this bridge, offsite companies can work fully BIM compliant. Imagine you start modelling in hsbDesign for Autodesk Revit, progressing next to advanced detailing in hsbDesign for AutoCAD and finally returning this detailing back into hsbDesign for Revit. With this approach, hsbDesign for AutoCAD becomes part of a BIM compliant work process.

What is the difference between AutoCAD and Revit?

Used for

  • 2D drafting, drawings, and documation
  • 3D modeling and visualization

What it does

  • Create and edit 2D geometry
  • Create and edit 3D models with solids, surfaces, and mesh objects
  • Annotate drawings with text, dimensions, leaders, and tables
  • Customize with add-on apps and APIs
  • Customize the ribbon and tool palettes
  • Extract object data to tables
  • Attach and import data from PDF files
  • Share and use data from DGN files, Navisworks, and Bing Maps
  • Apply and monitor CAD standards

AutoCAD software puts geometry first. If you’re looking for a Digital Twin solution, go for our high-precision software.

Used for

  • Architectural design
  • Structural engineering
  • MEP engineering and detailing
  • Preconstruction design

What it does

  • Conceptual design
  • 3D parametric modeling
  • Detailed design documentation
  • Multidiscipline coordination
  • Modeling building components
  • Analyzing and simulating systems and     structures
  • Iterating and visualizing designs
  • Generating design documentation for     fabrication or construction
  • Structural steel modeling and documentation
  • MEP fabrication modeling and detailing
  • Photorealistic 3D visualization
  • Building performance analysis
  • Construction documentation

Revit software puts collaboration first. If you’re looking for a BIM solution, this is the way to go.

What is a Digital Twin?

A digital twin is a virtual representation of the built environment assets that spans its lifecycle, is updated with real-time data, and adopts simulation, machine learning and reasoning to help decision-making. It has to have feedback from the physical structure into the digital model and visa-versa.

Connected sensors on the physical structure collect data that can be mapped onto the digital model. hsbcad allows for the creation of accurate design models, which can be used in/as part of a digital twin to analyse crucial information about how the physical structure is performing in the real world.

What is BIM?

Building information Modelling (BIM) is a way of working that focusses on modelling and collaboration between all stakeholders in the process. The base of this can be a Digital Twin. It gives architects, engineers, manufacturers and assemblers the insight and tools to efficiently plan, design, construct, and manage infrastructure.

BIM establishes industry standards for a Digital Model, usable in software tools from hsbcad.

BIM standards for offsite are still largely incomplete. hsbcad is a leading member of the community buildingSMART establishing BIM standards for offsite.

What is DfMA?

Design for Manufacture and Assembly (DfMA) is a design approach that focuses on ease of manufacture and efficiency of assembly. An emphasis heavily focuses on simplifying the design of a product for manufacture so that it can be assembled efficiently, in an optimised time, with lower costs.

hsbcad designs with ease the component parts of the project, through integration with enterprise resource planning systems and customisable automation to reduce the complexities of manufacturing operations. The etos of hsbcad is the reduction of material, overhead and labour costs thus minimising assembly operations

Can hsbDesign for AutoCAD and Revit be used together?

Unlike Autodesk Revit, AutoCAD is traditionally considered as not compliant with BIM standards and with BIM work processes.

However, to give offsite companies access to advanced geometric capabilities that are currently only available on AutoCAD, hsbcad has created a powerful bi-directional bridge between AutoCAD and Revit.

Through this bridge, offsite companies can work fully BIM compliant. Imagine you start modelling in hsbDesign for Autodesk Revit, progressing next to advanced detailing in hsbDesign for AutoCAD and finally returning this detailing back into hsbDesign for Revit. With this approach, hsbDesign for AutoCAD becomes part of a BIM compliant work process.

What is offsite?

Offsite construction is a building method where components are prefabricated and manufactured in a controlled factory environment, then transported to site for assembly. Also known as prefabrication, modular construction, or Modern Methods of Construction (MMC), it reduces material waste and improves quality control compared to traditional onsite building. By combining BIM with Design for Manufacturing and Assembly (DfMA) principles, projects can move seamlessly from design to production.

Already considering a transition? Find out more from our whitepaper.

What software is used for offsite construction?

Offsite construction software covers design, manufacturing, and production, and the best platforms bring it together into a single connected workflow. It bridges the gap between the design office and the factory floor, taking an architectural model and turning it into actionable manufacturing data: cut lists, machine files, work orders, assembly instructions. hsbcad is built to do exactly that.

Curious to learn more?

What is Design for Manufacturing and Assembly (DfMA) and why is it important for offsite construction?

DfMA is a methodology where buildings are designed for efficient fabrication and assembly from the outset, connecting design, engineering, and production into a single coordinated workflow. In offsite construction, prefabrication, and modular building, DfMA enables a true design-to-production process by combining BIM with industrialized construction and automated manufacturing. The result is less rework, faster build times, improved accuracy, and more predictable costs across timber frame and mass timber projects.

Curious to find out more?

How is hsbcad different from other software providers?

hsbcad stands out by delivering a trueend-to-end, design-to-production workflowtailored specifically foroffsite timber construction. While many software solutions focus on either design or manufacturing, hsbcad connects both enabling a singleBIM-driven modelto flow directly from design through toCNC production and factory assembly.

This approach supportsone connected workflow from design to manufacturing, helping companies reduce rework, improve accuracy, and scale production without increasing design workload.

Does the CAD model drive the CNC machines?

Yes. When implemented correctly, the BIM/CAD model can directly drive CNC machines such as Weinmann, Hundegger, and Randek, forming the foundation of a true design-to-production workflow. Design data is translated into machine-ready instructions, enabling file-to-factory integration where geometry, connections, and materials are processed without manual rework. This delivers higher precision, fewer errors, reduced lead times, and consistent quality across projects.

Keith Cotter
Sales Manager
Hi, I’m Keith Cotter. I’m happy to help with any question you have.
Get in touch