INFOCENTER

Ruukki digital tools that simplify design

12.06.2026

Architects and engineers can use free digital tools that make building design more efficient and faster.

Digital design tools

 

Choosing the best solutions for building envelopes affects the durability, architectural appeal, environmental friendliness and energy efficiency of a building, and also allows to reduce the costs of its construction and operation.

 

Ruukki offers digital solutions for the selection, visualization and calculation of facades and roofs that improve the efficiency of material use and simplify the design process.

 

BIM material libraries

 

3D product models for the main modeling programs: AutoCAD, Revit, Archicad, Tekla Structures.

 

Calculation of sandwich panels in Traypan

 

The program for calculating the load-bearing capacity of sandwich panels allows you to quickly select panels and fasteners taking into account loads and operating conditions. It can be in the form of a web version or a module integrated into Revit.

 

Visualizers

 

Interactive visualization tools for sandwich panels, roofs and ventilated facade claddings allow you to choose the best combination of colors and materials for your project.

 

Energy efficiency calculator

 

A simple way to estimate energy savings and carbon dioxide emissions reduction when using Ruukki solutions.

 

Acoustic calculator

 

A tool for assessing the acoustic properties of a room depending on its size and selected wall and roof materials.

 

Wind calculator

 

A tool for determining wind load on building structures, in particular on facade elements, which allows you to increase the accuracy of the calculation and safety of the project.

 

Snow calculator

 

A tool for determining snow load on the roof depending on the location of the project, roof geometry and regulatory requirements.

 

Poimu – design of load-bearing trapezoidal sheets

 

The program allows you to optimize the selection of trapezoidal sheets in accordance with the Eurocode. The tool covers 1-, 2- and multi-span structures.

 

ComSlab – composite slab design

 

Performs a full load-bearing capacity calculation of a composite slab made of trapezoidal sheet and concrete, including fire resistance calculation, and also allows you to optimize and select the most economically optimal composite slab structure.

 

PurCalc – purlin design

 

A tool for designing roof and wall purlins that are made in the form of continuous beams for the same type of purlins.

Other Articles
bannerbanner
×