Efficiently organize with BIM

Building Information Modeling (BIM)

Building Information Modeling (BIM) is a method of optimizing the planning, execution and management of buildings and other structures using software. All relevant building data is captured digitally and combined with each other. The aim of BIM is to make construction projects even more transparent to allow early decisions to be made on alternatives. BIM presents all relevant information at the right time with up-to-date content and this throughout the entire life cycle of the building.

BIM = Building Information Modeling

What is BIM?

BIM is the abbreviation for Building Information Modeling. It is a method used to optimize the planning, execution and management of buildings and other structures with the help of software. All relevant building data is recorded digitally and then combined

The Goal of BIM

The goal of BIM is to make construction projects more transparent and to digitize them. All phases are taken into account: Design, planning, realization, operation and deconstruction. BIM presents important components with characteristic data. Therefore, it is advisable for manufacturers and distributors of building products to have a PIM system as a basis for BIM in order to maintain this product data efficiently.

BIM is present in all phases of construction

Who needs BIM and what for?

Planners, specialist engineers, construction companies, facility managers and service providers benefit from BIM. Product data is made transparent and digitally accessible across all processes.

 

Example applications (use cases):

 

  • Specialist planners can optimize components for air conditioning, heat pumps, ventilation systems, etc. in advance to ensure optimal interplay.
     
  • Facility managers can analyze pipe problems digitally first and then pry open components laid under plaster in a more targeted manner.

Advantages

The advantages of a holistic BIM model are clear:

 
  • Immediate availability of all current and relevant data for all parties involved
  • Improved exchange of information between planning participants
 
 
  • Continuous data preparation throughout the entire life cycle of a building
 

 

As a result, the productivity of the planning process can be increased in terms of costs, deadlines and quality.

Reasons to use BIM

All parties involved in construction projects face the challenge of digitizing their construction processes. Due to the infinite number of product data and their different data statuses, it is up to manufacturers and dealers to restructure and organize data with increasing digitalization and networking. The following specifications put further pressure on construction suppliers to deliver BIM data:

 
  • The Federal Ministry of Construction requires BIM for building construction projects with a construction sum of 5 million euros or more.
  • The EU requires the Europe-wide introduction of BIM as a planning method.
  • BIM will presumably soon become a legally binding planning method in Germany.
 
 
  • These legal constraints are forcing construction suppliers and all companies involved in value creation to provide BIM data based on future standards and to enable digital processes.
  • BIM not only requires the provision of digital product information, but also networking and interaction of interfaces in the digital or virtual building model.
 

BIM Standardization

A common understanding and uniform specifications are essential if BIM is to become established. Only if the various players and suppliers in a construction project adhere to uniform standards will information be easily exchanged between the companies and the process steps and understood by the others.

 

Important standards for this are:

 

  • VDI 2552 with uniform terms up to processes and qualifications of the participants.
     
  • ETIM-BIM for uniform product categories, attributes, values and other specifications for the branches electric, heating / ventilation / air conditioning (HVAC), tools / ironmongery / works equipment, and building materials sectors

 

The one BIM standard that already implements all goals or is used by many companies does not yet exist. However, the standardisation efforts are progressing well. ETIM BIM is promising from INCONY's point of view: a first standard version of the ETIM MC classes is in the works for electrical and planned for HVAC. In addition, other standards such as VDI 3805 are to be integrated and the ETIM standard already includes many construction-relevant supplier sectors.

Connecting BIM and PIM - the key to digital product data management

Product data of the installed components (such as shower trays, wall boxes or fuse boxes) must be available in digital form in order to digitize the construction projects with BIM and thus further optimize the processes. This includes product characteristics such as length, width, height or material as well as a drawing. This BIM data does not usually come from the construction companies; instead, they request the data from their dealers or manufacturers.

 

However, manufacturers in particular do not only have to make their product data available for BIM. They usually need the product data for other purposes as well, such as for data sheets, catalogs, price lists, or even for product presentation on their websites or their own store. In addition, more and more retailers and customers are requesting product data from manufacturers in specific formats. PIM systems are used to maintain product data centrally and efficiently.

PIM and BIM work well together

The PIM system stores product-related information media-neutrally and centrally in a database, so that it can only be entered once, enriched and output multiple times. This means that the data is stored centrally and always up-to-date and complete in one place, the "single point of truth". With a PIM system, products can be sorted into categories, characteristic data such as width, diameter and material can be maintained and product relationships for accessories or spare parts can be created. In PIM systems with an integrated media database, you can also upload images and drawings and assign them to the products.

 

Some PIM systems also offer BIM support to maintain product data in standardized BIM structures and then export it in a BIM-compliant manner, such as the technology-leading PIM ANTEROS.

 

 

BIM data is maintained efficiently and in high quality in a PIM system.

ANTEROS is the Technologically Leading PIM System and Ideal for BIM

With its PIM system ANTEROS, INCONY offers component manufacturers a professional, efficient program for web-based maintenance of product data. ANTEROS provides functions for fully integrated and high-quality product data management:

 
  • Product data such as product texts, dimensions, as well as relationships like "one product is an accessory for another" can be maintained very efficiently.
  • Images, CAD data, documents and videos can be easily uploaded into the ANTEROS media database and linked to one or more products.
  • You can export the data for BIM as well as for customers and partners, for example if they want to feed a webshop with your data.
 
  

 

As a result, the complex requirements in the maintenance of product data become much more efficient, remain up-to-date and are always complete.

Use the PIM System ANTEROS to prepare high-quality BIM data

ANTEROS has Many Satisfied Customers from the Construction Supply Industry

INCONY Supports You as a Construction Supplier with the Software ANTEROS

ANTEROS offers not only efficient product data maintenance, but also various implicit checks as well as test reports that you can add to, allowing you to create and constantly expand your product data in the best quality with comparatively little effort.

More about ANTEROS for the
construction industry

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Product information management (PIM) and building information modeling (BIM) are an essential duo for digitizing construction suppliers.

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