OpenBOM Video Demo Series – Types of BOMs

Oleg Shilovitsky
Oleg Shilovitsky
23 November, 2022 | 2 min for reading
OpenBOM Video Demo Series – Types of BOMs

Welcome to another article featuring the OpenBOM introductory video demo series. Check out our earlier articles from our series below. 

In today’s video, we will talk about different BOM visualization types. While OpenBOM’s flexible data model allows the organization of a very comprehensive multidimensional multi-disciplinary product structure, BOM visualization types help you to explore and traverse this information with ease and simplicity. 

BOM visualizations: Single-Level, Multi-Level, and Flattened 

OpenBOM is managing a complete product structure combined with items and bills of materials (BOMs). This model allows you to create a comprehensive data representation of the product. However, to edit and visualize the structure, you can use different BOM visualization methods. 

OpenBOM provides multi-level visualization. This is the most frequently used visualization when you need to define the information and explore dependencies between product structure levels. Multi-level BOM gives you a way to navigate through the levels of item information (infinite up and down). You can edit information on multiple levels and OpenBOM keeps the information structured and maintains “where used” dependencies. 

To have a slightly different and more simple visualization, you can use a single-level. It will only present the data at a single BOM level. To navigate between multiple layers, you can use “where used” and “composed of” commands. 

Last, but not least is a flattened visualization type. It is a super powerful tool because it allows gathering information from multiple levels, calculates the totals, and presents it in a flat list. Flattened BOM always calculates things coming in a currently selected assembly and down. 

Video 7: BOM Types

In the following video, we describe basic types of BOM visualization in OpenBOM. Check it out. 

Other videos from OpenBOM Demo Series

Conclusion: 

We are bringing an introductory video series to help everyone learn about OpenBOM. In this article, we demonstrate basic BOM visualization types – single-level, multi-level and flattened.

OpenBOM’s flexible data model allows one to adapt to any requirements related to a specific set of attributes and accommodate all data one might have. BOM visualization types allow you to visualize the data in the most convenient way. Single-level is easy for editing, multi-level is easy for exploring, and flattened is good for analytics and calculations. 

Check out our other videos as well. These 10 videos will give you a great perspective on what OpenBOM can do, its differentiators, and key features. 

REGISTER FOR FREE and start a free trial to check how OpenBOM can help you today. 

Best, Oleg 

Related Posts

Also on OpenBOM

4 6
9 January, 2026

I’ve spent a lot of time this week rereading notes from past conversations about ECOs, AI, and collaboration, and one...

8 January, 2026

Engineering change is quietly outgrowing the systems we built to control it. On paper, ECO and ECN processes still look...

7 January, 2026

Boston, MA — January 2026 — OpenBOM today announced a new pricing and licensing model for 2026, designed to lower...

7 January, 2026

When customers succeed, their products grow. And when products grow, product data grows with them. Over the past year, we...

6 January, 2026

How product memory transforms engineering workflows to introduce AI agents  When I talk to engineering and manufacturing teams, the conversation...

5 January, 2026

Looking back at 2025, it’s hard to ignore how loud the conversation around AI became. Every platform rushed to position...

31 December, 2025

When customers speak about AI in PLM, they don’t talk about AI at all. It sounds like a paradox, you...

30 December, 2025

If you run a manufacturing company, you already know the uncomfortable truth: the “integration problem” is not really about integration....

29 December, 2025

Most manufacturing companies struggle because they lack process connection between siloed environments. Engineering and Manufacturing is a great example of...

To the top