Best BIM Objects

BIM Objects offers detailed information on the products and its geometries by representing its physical features. With the visualization data, it becomes possible to understand the product’s appearance and behavior like the detection zone. It lets the BIM objects appear and have functionalities the same as the actual product.

Top 10 Best BIM Objects Vendors

1. BIMobject
2. Revit City
3. Arcat
4. BIM Archiproducts
5. BIM Catalogs
6. BIMComponents
7. Familit
8. Modlar
9. Polantis
10. Syncronia

BIMobject- BIM objects is the open source software available for all the users. The software can be implemented in various applications like construction materials, doors, furniture, HVAC, Kitchen, landscaping, lighting, plumbing, sanitary, walls, windows, etc.

Revit City- Revit City is a holistic website that allows community users to share their knowledge and experience under maximum privacy and security conditions. Users can also attribute scores based on the items shared on the forum, thus encouraging participation.

Arcat- Arcat is a cloud-based tool specially designed for the AEC community including architects, engineers, CAD users, bim users, contractors, and users. It is best known for saving time, money and resources and providing a platform to collaborate with the teams whether at work or outside.

BIM Archiproducts- BIM Archiproducts is an online database tool for BIM contents for architecture, building, engineering, and designing. The software helps professionals download BIM contents and files. The software encourages collaborative work with the architecture and builders to increase the better outcome of the product result.

BIM Catalogs- BIM Catalogs provide single platform access to over 80+ BIM tools, marketplaces and social communities. It covers a wide range of 2D/ 3D CAD tools in alphabetical view for the users. The software is entirely free and can be accessed by any user online. Their indexing option covers various fields upon requirements. 

BIMComponents- BIMComponents is a cloud-based software for architecture and building tools. CAD/BIM contents are free, making it perfect for construction projects. The app also encourages team collaboration and sharing of data with other users. 

Familit- Familit is a tool that is available for the users to save them from time-consuming searches. It consists of more than 18000 families, which are available for free download for personal as well as commercial use. It encourages collaboration with a team with any network. 

Modlar- Modlar is a software, which comprises a database of over 350 excellent brands. It is a platform for designers, builders, and architects where they can find expert-developed products and reach others to fellow users. 

Polantis- Polantis is a tool that is highly dedicated to CAD and BIM objects. It provides an option for creating 3D and BIM contents for the AEC communities. It encourages team collaboration and has over 150 manufacturer clients. The objects provided by the Polantis marketplace are designed specifically to meet AEC community needs. 

Syncronia- Syncronia is an advanced tool with which you can view and download 3D models of top-class brands. It provides a comprehensive solution for 3D modeling, CAD modules, BIM objects, textures, catalogs, and many more options. It offers all that you may need for your architectural and design projects and provides a free download option.

Market Overview

Best BIM Objects are the form of a library that enables users in browsing the 3D BIM object for incorporating in the architectural design. These objects ranges from defined geometric shapes like window and door or building object like carpet, roofs and wall. A designer utilizes the Best BIM Objects for improving the overall appearance and functionality of an architectural work along with speeding up the designing process by selecting the pre-made designs. Usually a designer downloads the 3D BIM objects for placing them into BIM software directly.

The global Best BIM Objects market is expected to grow from USD 5.2 billion in 2019 to USD 15.06 billion by 2026 at a CAGR of 14.3% during the forecast period. For qualifying the product as the Best BIM Objects, it should enable users for downloading the BIM objects in numerous formats of files. It should also offer the libraries of layered and components BIM objects. There are mainly two major categories of objects namely component and layered. The component BIM objects comes with fix geometric shape like window, door, boiler, etc. Whereas, the layered object does not provide fix shapes or sizes like carpet, roof, wall, and ceiling.

The competitive landscape analyzes and provides an overview of the prevailing competitive scenario in the Best BIM Objects market. The market is growing at a rapid pace across all regions. It provides information about the major players in the BIM Objects market. It outlines the findings and analysis of how well each vendor performs within the specified criteria. We have placed vendors into four categories based on their performance in each criterion: visionary leaders, innovators, emerging companies, and dynamic differentiators.

This category of Best BIM Objects includes: BIMobject, Revit City, and Arcat.

This category of Best BIM Objects includes: Familit, and Modlar.

This category of Best BIM Objects includes: BIM Archiproducts, BIM Catalogs, and BIMComponents.

This category of Best BIM Objects includes: Polantis, and Syncronia.

What’s driving the Best BIM objects market?

Best BIM objects are extensively used in building applications to cut the cost expenditures and save time that helps in reducing the postponements in the project. By using various tools such as 3D modeling and clash detection, it is possible to efficiently plan, design, construct, and manage buildings. Buildings account for a larger share of the BIM objects market compared with any other application because of the increasing number of buildings or construction projects, along with business centers, shopping centers, and retail shops. It is a step forward in leveraging building information modeling toward the innovative presentation of projects in the form of informative and simulations models.

Benefits of Best BIM Objects

Best BIM objects manages the project completely for its entire lifecycle. It ensures that the high quality data is accessible easily to all the project team members and stakeholders. Manufacturers those provides the high quality data for BIM objects should find it easily and should also get specified for the data provided.

Realistic representations- These BIM objects make use of scanner and drone which enables users in capturing the physical reality extraordinarily. The software can also be integrated with the precise representation of the actual surrounding. With the use of virtual reality and augmented reality, the software builds BIM objects model and gives experience as if it is actually present.

Minimum waste- With the use of best BIM objects the rework task is reduced drastically. The model built by using this software, enables users in connecting the data and requirement of the project. With this data, the model is updated automatically if there is any redesigning done. This undoubtedly saves time, cost, and inventory required for designing the project. With the use of BIM objects use, the estimations required for objects are accurate.

Enables real planning- When Best BIM objects are used with the BIM model, they are usually connected on cloud. This clearly states that the model is updated in real time and automatically as the data changes. This minimizes the risk of the outdated and old data in the model without creating any problem or confusion while working on the model.

High security- With the use of BIM objects in the BIM model, users can go back and recover the data and also they can manage the data flow in the system. This reduces the risk of corrupting the file or losing out the data, which can cause problem. The Best BIM objects are usually integrated with the database, which automatically updates the product data. With this it secures the data as well as the information can be shared with the team members in the future as well.

Capability of simulating, testing, and optimizing- With the use of this software, architects can check the building under varied circumstances. Circumstances can be like light in room, energy required for keeping warm, and many more. With the BIM objects, it becomes possible to simulate and analyze the performance of the building in the most cost-effective way. BIM objects makes calculations more precise that are required for calculating how impactful are environmental conditions as well as the maintenance needed.

Collaboration and transparency- With this software, sharing the data and working collaboratively becomes very simple. This is one of the major benefit of the BIM. The software makes it easy for everyone to add their input in the project design so that the work can be started sooner. The process becomes more transparent as the responsibilities are clear and understood for everyone in the team.

Detection of clashes- Detecting the clash is very important when it comes to the construction project. BIM objects enables users in detecting the clash. It optimizes this process by automating it and helps in preventing the collisions and mishaps like electric channels coming up in the wrong area or any kind of ducts work in the beam. By identifying these errors before actually constructing, it is very helpful, and saves lot of time and cost for it. The software ensures that the products designed are well designed for fitting in the actual project.

Easily sharable knowledge- The model is used by numerous individuals like stakeholders, team members and many more who needs to understand the model very well. The best BIM objects makes it easier for understanding this model as the same model can be shared with everyone. Automating the process and customizing the model, makes it easier for the users to update the product without spending much time on it. It is the reliable and sustainable form of transferring the data right from calculations to other values, maintenance related reminders and many more.

Can be accessed at any time-The software is installed on cloud, which enables users to access it from any location and at any point of time. The architects can also download the required data from the software and work on it offline. The information on the software can also be updated automatically or whenever the users want to update that information.

Enables manufacturers and designers work collaboratively- There needs to be huge coordination between the manufacturers and the designers while working on the project together. The software offers the quick access and enables users in integrating their products into the design process at an initial stage. Hence, manufacturers get new business opportunities and specifiers can take better designing decisions.

What type of data is contained in Best BIM objects?

For representing the product in the virtual environment, it is crucial to ensure that product working and functionalities are understood well. Its performance in the real world should also be considered.

For doing this successfully, designers collect all the data of products available in the data-sheets as well as the necessary technical information about the product. This collected data is combined with the data like dimension and functions of the product for representing it effectively in the BIM project. With this kind of information, the project enhances the objects very well.

For products of the same type designers’ compares the BIM objects precisely and effectively to understand if the same kind of data set consistency is used.

The total cost of the building designing is based on the facility management. Hence, it is important for manufacturers and designers that the data should be accurately available for the facility manager as it will be used throughout the project completion and will save cost and time at the final stage.

What are the different BIM Levels?

BIM Level 0 - In the earlier days of the 1980’s architects started using computer-aided designs (CADs) to aid their design process. The easy ability of the BIM objects software to create and view many layers within these CADs expanded the ability to detail information about buildings that could not be easily included in plotted drafts. As per the new UK regulatory policies, this technology is now known as ‘BIM Level 0’.

BIM Level 1 - In the late 1990s, ‘objects’ were introduced to these designs. These are non-graphical pieces of data about the building or its components stored together with the graphical representations. This led to the introduction to automate certain tasks, such as scheduling and room numbering, along with permitting even more information to be stored within a file. These innovative types of software also introduced 3D modeling, but the systems were still inadequate by their rooting in graphics-first representations. As per the new UK regulatory policies, this is now known as ‘BIM Level 1’.

BIM Level 2 - BIM Level 2 takes ahead these object-oriented CADs and presents new requirements for interoperable export formats and easy sharing tools. All CAD software should be capable of exporting to one of the common file formats such as IFC (Industry Foundation Class) or COBie (Construction Operations Building Information Exchange). There is an additional requirement to create a ‘common data environment’ (CDE), that is effectively a shared data exchange platform. All files within a CDE remain separate but in a structured manner.

BIM Level 3 and beyond - BIM Level 3 category remains undefined. It effectively covers everything more innovative than BIM Level 2. The fact, however, is that this covers the true definition of BIM — database-first, single-source-of-truth design software and processes. Most of the direction for Level 3 is controlled by the Government-backed Digital Built Britain strategy now taken up and led from the Centre for Digital Built Britain (CDBB) at Cambridge University.

What are the different types of BIM dimensions in the Best BIM objects?

By adding the additional dimensions to the data of the BIM models gives the best results in the model designing as it enables users in understanding the model of the construction project in a better way. It explains clearly that how the project will be delivered or its cost or how can be maintained well by the users. The dimensions that are widely used in BIM objects are 3D, 4D, 5D, and 6D BIM. These additional dimensions can also let users in taking the decisions better and complete the project effectively.

The BIM dimensions are different than the BIM levels that are discussed above. They are the meticulous way that is used for linking the data to an information model. With the addition of the dimensions, users can get better understanding of the project like its delivery, price, and sustainability. The dimensions like 4D, 5D, and 6D may or may not occur in the BIM level 2.

Let us discuss what are different types of dimensions that are used by Best BIM objects in the BIM objects processes. Its benefits and process is also explained below.

3D (The shared data model)

3D BIM is the most commonly used BIM dimension. This dimension is used for the creation of graphical and non-graphical data and also enables users to share this data in the common data environment.

Based on how the project life cycle progress, the data provided by the software becomes more strategic and analytical. This data becomes richer by the time it is handed over to the customer after completing the project.

4D (Construction sequencing)

With the 4D BIM dimension another dimension of data is added to the project. The new dimension is of the scheduling data. This data is usually added to component that builds in-depth along with the progress of the project. This data is used for obtaining the precise program data and visualizations that shows the proper and in detail development of the project sequentially.

Time related data for the specific parameter may comprise data on the lead timings, installation time or the construction time, time required for full operational mode or maintenance mode. It also provides the sequential data in which the components need to be installed and all the depending parameters of the project.

The time data used in the data that is shared must have the ability of developing the precise project program. The 4D dimensions make it easy for users in understanding the information that is linked in the graphs of the system. It also enables users to show the data in the sequential form, which explains the development of the construction project along with the visual appearance of the structure at every stage of the project.

These kind of dimensions are very helpful as they ensure that the project is safe, logical and is effectively sequenced. The software creates the miniature of the project. This miniature enables designers and stakeholders to understand how it will appear and let’s them to make changes in the project design at the early stage itself instead of making changes in the later stage which can be costly and time consuming. This kind of visualization will give clear picture of the end results without giving any kind of surprise to the stakeholders.

Addition of the sequencing data in the project is very helpful in the initial stage as well along with the designing stage. It enables users to assess how feasible the project is. At this early stage, users can clear their concepts and understand the project better by exploring more concepts and can also communicate this knowledge further to their team members.

4D dimension is definitely beneficial but it cannot replace the planners for being the most important part of the project team. With this, the designers can start developing the proposals digitally and can start with it in the initial stage in project.

5D (Cost)

5D BIM does main task of extracting the précised cost of the components in the information model. These costs can comprise of the capital costs, which means the price required for buying and for installation of the component, related running price and the price required for renewing or replacing the component. This kind of calculation is done based on the data and the related information of the specific component in the graphical design. This data enables financial managers to quickly check the quantity mentioned for the components in the projects, application of rate to mentioned quantity and thus reaches the complete price required for developing the project.

The major benefit of this approach of calculating the cost is the capability of quickly checking the price in the 3D form and also get notified when there are any changes made along with the counting of the component done automatically in the project. Though there are other departments apart from the financial who benefit from this costing approach in the BIM process. Considering that the project is well understood in the 4D program information, users can quickly track the planned cost and the cost that is actually spent on the project. This enables for regular price reports and budgets for ensuring the efficiency is realized and the project is in the desired or planned budget.

The accuracy if the price calculated completely depends on the information that is generated by numerous teams and shared within the CDE. If the data shared by the numerous teams is not accurate then the calculations can go wrong as they are completely dependent on it. Hence, BIM helps in calculating the accurate cost and is much better than the traditional methods of the cost calculations. But for verifying the information accuracy, quantity surveyors and estimators play important role and helps users in interpreting and filling the data gap. There are many parameters that are designed in the 2D or may not be designed at all. There is also the difference between the models of the classification of things and the cost managers’ needs clarification and the understanding the common functionality in between them.

The data model comes with the three type of quantities. These quantities are based on the real model component that can be explored through the models that are most obvious. These quantities can be defined based on the type of the work like window moulding, as they are not visible. The third quantity type is the modeled quantity which includes temporary work, construction joints and many more such parameters. The manager is skilled who selects these quantities which are not based on the model components.

The major benefit of adding the cost from the data model is the fact that the data can be queried at any time.

6D BIM (Project lifecycle data)

The construction industry usually focuses on the upfront capital cost of the construction. Moving this focus to anything else for understanding the whole life cost of asset along with the places where the money is spent makes it easy for taking the informative decisions considering cost as well as the maintenance of the project. This is the reason why 6D BIM is used.

6D BIM is also called as integrated BIM or iBIM. It includes the data used for supporting the facilities management and the operations for driving the business outcomes in a better way. This information may also comprise the data of the components used by the manufacturer, date of installation, maintenance information and other details that are needed for configuring and operating it for the optimal performance along with long life.

With the addition of this type of details in the data model enables users in taking the informed decisions during the designing process.  During this process, the designers explores the complete range of the permutations in the life cycle of the asset and easily gets understanding of the impact along with the cost.

The model provides an easy to access data which can be understood easily. The details are clearly analyzed with this dimensions and can be analyzed well graphically. This approach of the graphical designing enables facility managers in pre-planning the maintenance activity very early in advance and enables them in developing the spending profile for the life time of the asset that is already built. It enables users to work out on the repairs when they become uneconomical and inefficient. This type of planned and pro-active approach provides major benefits in the long term.

How does the Best BIM objects help the business to grow?

BIM Objects is definitely the huge investment but the returns that it gives are very high and very beneficial for the business. It streamlines the project by performing tasks like estimation of costs, contains data, mitigates risk and increases efficiency.

It also plays crucial role in the success of the business if pursuing the government contracts. BIM is trending in the government projects so implementing it is always beneficial.

With the use of BIM, users can give demonstration of their design with the use if 3D model which gives them competitive advantage. BIM objects increases the business revenue and helps owners to expand their business.

Advantages of Best BIM Objects

Better Planning and design- With the use of BIM software, users can have visualization of the complete project in its miniature along with its component and system even before the first ground breaking on the construction site. This data enables users in planning and designing of the project in the better way.

Lesser rework- The BIM enables users in seeing the future issue areas and let them fix it before the actual error is happened. This minimizes the risk and cost required for the rework.

Saving on material- The BIM software tracks and monitors the resources and provides the in-depth data on the requirements before the construction has begun. This proper analysis lets users to buy only the required amount of materials.

Support for prefabrication- The BIM enables users and stakeholders to quickly prefabricate the components of the project that results in saving huge amount of time and money of both the parties.

Disadvantages of BIM Objects

Incompatibility with the partners- The BIM objects are not used across the globe and in every construction company. Hence, there are always the changes that the partners you are dealing with may or may not use this software, which can make it little complicated to share the visualization of the project.

Legal Issues- The legal regulations for using the BIM tools are not yet set properly and not even tested globally. Therefore, this can be the issue, which BIM users may face.

Cost of software- The BIM objects or BIM software needs a huge amount of investment. The software can give high ROI if and only if it is used by exploring all its features and functionalities. Many users can find this a little costly investment for their firm.

Lack of experts- The software is newly invented and there are very less firms who have implemented it. It is still developing technically and increasing its features and functionalities. Hence, there is a need of proper training and education of the software working. Users need to send considerable amount of time and money in learning this software and also needs to stay updated with the latest technology trends in the Best BIM objects market.