Menu

High-precision laser scanning of industrial and commercial machinery

BIM high precision laser scanning of industrial and commercial equipment is the process of obtaining accurate three-dimensional data of industrial and commercial equipment using laser scanning to create a business information model (BIM).
Order
01
Scanning accuracy

Scanning is performed using high-precision laser equipment that provides data collection accuracy to millimeters.

02
Getting complete information

Laser scanning provides detailed information on the geometry, size, shape and condition of industrial and commercial equipment.

03
BIM integration

The resulting data is easily integrated into a Building Information Model (BIM) to create a complete and visual three-dimensional model that includes industrial and commercial equipment.

04
Equipment planning and management

Using a BIM model with scan data allows designers and engineers to plan and manage industrial and commercial equipment more efficiently.

05
Safety and performance analysis

The resulting data can be used to perform safety and performance analysis of industrial and commercial equipment.

06
Updating and modernization of equipment

Thanks to accurate data on the condition of the equipment obtained from scanning, it is possible to effectively plan its renewal and modernization.

07
Eliminating conflicts and errors

BIM high precision laser scanning can identify conflicts and errors in equipment placement and design early in the project, helping to prevent unforeseen problems later on.

08
Saving time and resources

The use of BIM modeling and high-precision laser scanning can reduce the time and resources involved in the design, installation and operation of industrial and commercial equipment.

09
Improving efficiency and reliability

The data obtained about the equipment helps to improve its efficiency and reliability through more accurate planning and process control.

Stages of laser scanning:

In this phase, the scanning objectives are defined, suitable equipment is selected, and scanning parameters are determined. The accessibility of the site is also assessed and a scanning plan is developed.

A laser scanner and other necessary equipment are installed at the scanning site. Different types of scanners can be used for scanning industrial and commercial equipment, depending on the size and characteristics of the object.

A laser scanner is used to collect surface and geometry data on industrial or commercial machinery. The scanner emits a laser beam that reflects off the surface of an object and then collects information about the distance to points on the surface.

The resulting scan data is processed using specialized software. This includes merging data from different scan points, removing noise and artifacts, and filtering and correcting the data.

Based on the processed data, a three-dimensional model of industrial or commercial machinery is created. This model displays the geometric parameters of the object and provides a complete picture of its shape and dimensions.

The resulting 3D model can be used to analyze and visualize the object. This allows potential problems or discrepancies to be identified and appropriate action to be taken.

The resulting data and the 3D model are integrated with the project documentation, if required. This allows the technique information to be used in further design and construction planning.

At the end of the scan, a report is created that includes the acquired data, analysis and recommendations. This report can be used by the customer for further study of the object and decision making.

How we work:

The client fills out an order form, indicating project details, job requirements, contact information and other necessary information.

In the order form, the client is given the opportunity to specify what he/she values in the service, for example, an individual approach, the possibility to communicate directly with specialized specialists, flexible terms of cooperation and other advantages that he/she expects to receive.

The customer clicks the "Submit" button or similar element on the order form to submit their request for processing.

After submitting the order form, the customer is notified that their request has been successfully received by the company.

A company specialist receives a request from a client and begins processing it. The specialist may contact the client to clarify details or suggest alternatives.

Based on the information received and the client's requirements, the company prepares a proposal that specifies the terms of work, terms, cost of the service and other important details.

If the client agrees with the proposal, he signs a contract with the company to perform the service and determines the terms of payment.

The company's team begins work on the development of design and working documentation in accordance with the requirements and terms agreed with the client.

The Specialist oversees the work process, ensuring deadlines and quality are met.

Once the work is completed, the client receives a finished result that has passed quality control and meets their expectations.

Order high-precision laser scanning of industrial and commercial equipment

Leave your contact details in the form below and we'll be happy to get back to you.

Download the presentationto learn more about 3D laser scanning and BIM modeling.

 

    Customer feedback

    Letter of thanks to ETM Odintsovo for tConcrete
    Letter of thanks to ETM Odintsovo for tConcrete
    Letter of thanks to ETM Kotelniki for tConcrete
    Letter of thanks to ETM Kotelniki for tConcrete
    Thank you letter from Samsung for tConcrete
    Thank you letter from Samsung for tConcrete
    Letter of thanks to adidas Ordzhonikidze for tConcrete
    Letter of thanks to adidas Ordzhonikidze for tConcrete
    Letter of thanks to adidas Kuznetsky Most for tConcrete
    Letter of thanks to adidas Kuznetsky Most for tConcrete
    Letter of thanks to ETM Mytishchi for tConcrete
    Letter of thanks to ETM Mytishchi for tConcrete
    Our clients
    WUNDERPARK
    wunderpark
    ETM
    ETM
    X5 RETAIL GROUP
    X5 RETAIL GROUP
    VDNKH
    VDNKH
    SAMSUNG
    SAMSUNG
    ZEAL MUSEUM OF ART
    ZEAL MUSEUM OF ART
    Primakov School
    Primakov School
    TECHNOLOGY CENTER IM. V. I. DOLGIKH
    TECHNOLOGY CENTER IM. V. I. DOLGIKH
    LG ELECTRONICS
    LG ELECTRONICS