Creating a Custom Glass Unit in 5 Easy Steps

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INTRODUCTION

Import an IGU to Revit from a Manufacturers Glass Configurator Using FenestraPro

At FenestraPro, we provide tools that allow designers to affect the performance of the façade by optimizing both its geometry and its materials.

Over time we have deepened the link between building designers and product manufacturers; particularly glass producers which can have such dramatic impacts on the passive performances of the facade.

Our extensive database of products from Guardian Glass and Vitro Glass, as well as generic glass types, allow users to search, filter and compare glass products that are optimized for the performance within the space. When selected, a product can be applied to the Revit family to understand the impact on thermal, solar gains, and daylighting.

Our latest feature goes one step further, allowing users to create customized Insulated Glass Units in the Guardian and Vitro Configurators and import them into Revit via FenestraPro.

Here’s how it works….

1. From FenestraPro, select the appropriate Glass configurator – Guardian Glass Analytics (shown here) or Vitro Construct IGU.

FenestraPro Creating Custom Glass Units Step 1

2. Create your custom IGU, with the appropriate glass thickness, gas fill, films, and coatings. You can download a report or PDF with the IGU properties from here.

FenestraPro Creating Custom Glass Units Step 2

3. Under Tools, select Export to Guardian Glass for BIM.

FenestraPro Creating Custom Glass Units Step 3

4. This will open your account on the FenestraPro Platform. Under the Glass Database, you will see your Custom Glass types.

FenestraPro Creating Custom Glass Units Step 4

5. Refresh FenestraPro for Revit. Your new custom IGU will appear in your Glass DB, available to apply to any Revit families.

FenestraPro Creating Custom Glass Units Step 5

About FenestraPro For Revit

FenestraPro For Revit, a user-friendly platform that combines considerations for daylighting, thermal performance and analysis of solar heat gain, enabling designers to maintain aesthetic control.

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