The 3D modeling of the metallic structure, allows optimizing productivity in manufacturing processes, managing the set as a industrialized construction, allowing the total prefabrication of all its components in the workshop, with quality assurance and manufacturing control.

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PLATAFORMA MANUTENCIÓN [CÁMARA 03_v01].JPG

Facilitates the optimal design of bolted and welded joints, improving construction and assembly processes on site, achieving a faster execution.

It enables the integration of structure as an independent discipline in general projects, detecting possible interference, making the necessary early modifications that will result in cost savings.

Design and modeling of structural elements of any geometry, made from steel sheets and/or commercial profiles, like foundation anchors, reinforced beams, support clips for removable joints, etc.

Design of elements with singular geometries for building facades

The digitization of products It allows the participation and collaboration with suppliers, clients, collaborators, etc., in the manufacture and assembly of the different components as well as in the commercialization with the possibility of presenting products prior to their manufacture.

Developing ideas using modeling technology

Product prototyping, making it possible to evaluate eventual design errors and discover improvements prior to product marketing.

The modeling and design of the pipe routingIt is of great importance in the development of industrial process plants.

Itemod provides service ofdetailed mechanical engineeringin implementations with process engineering, in relation to equipment, pipes, metal structures, etc., at different levels of development LOD, in order to generate documentation that precisely defines the specifications that allow the execution of an implementation.

The level of graphic detail understood as the LOD development level of the model and/or construction system or implementation assembly, will depend on the client's needs, responding to the intended use of the model.

Equipment detail engineering

Utilities

Generation of manufacturing plans with specification of materials, definition of flanges and sockets, definition of screws and welds, in the different DIN, ANSI standards, according to the specifications of the process.

Application of the finite element method for the analysis of the implementation of auxiliary equipment, such as reducers, agitators, supports for auxiliary structures, foundation anchors, etc.

Some advantages

Possibility of participation and collaboration of different suppliers in the manufacture of equipment, sharing detailed and updated information.

Use of BIM methodology in the integration of process equipment in general implementations, allowing efficient transfer and sharing of information between the different participants involved in a project.

Piping detail engineering

Utilities

Generation ofmanufacturing planswith list of materials/quantities, specification of materials according to DIN, ANSI, food standards.

Design of thepipe supports and racksaccording to the planned layout.

Application methodfinite elementsfor pipe thickness analysis.

Some advantages

Prefabrication of pipes in workshop provided a higher quality control, facilitating the work and assembly times.

Detection of possible interferenceswith other equipment and facilities, making the necessary early modifications that will redound. It allows efficient transfer and sharing of information between the different teams involved in a project.

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PLANTA ASFALTOS TUBERIAS [INGENIERIA DETALLE 4.2].JPG

Engineering detail metal structure

Utilities

Generation ofmanufacturing planswith list of parts, definition of joints, materials, joints and exploded views

Detail definition for manufacturing in the workshop, joints and exploded views, and indication of the weight of each one of the parts.

Some advantages

Possibility of participation and collaboration manufacturing the structure different probbedores

Using de BIM methodology in team integration of specific processes in general implementations, allowing efficient transfer and sharing of information between the different participants involved in a project.

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It enables the integration of structure as an independent discipline in general projects, detecting possible interference, making the necessary early modifications that will result in cost savings.

Design of elements with singular geometries for building facades

Developing ideas using modeling technology

The modeling and design of the pipe routingIt is of great importance in the development of industrial process plants.

Equipment detail engineering

Utilities

Generation of manufacturing plans with specification of materials, definition of flanges and sockets, definition of screws and welds, in the different DIN, ANSI standards, according to the specifications of the process.

Application of the finite element method for the analysis of the implementation of auxiliary equipment, such as reducers, agitators, supports for auxiliary structures, foundation anchors, etc.

Some advantages

Possibility of participation and collaboration of different suppliers in the manufacture of equipment, sharing detailed and updated information.

Use of BIM methodology in the integration of process equipment in general implementations, allowing efficient transfer and sharing of information between the different participants involved in a project.

Piping detail engineering

Utilities

Generation ofmanufacturing planswith list of materials/quantities, specification of materials according to DIN, ANSI, food standards.

Design of thepipe supports and racksaccording to the planned layout.

Application methodfinite elementsfor pipe thickness analysis.

Some advantages

Prefabrication of pipes in workshop provided a higher quality control, facilitating the work and assembly times.

Detection of possible interferenceswith other equipment and facilities, making the necessary early modifications that will redound. It allows efficient transfer and sharing of information between the different teams involved in a project.

Engineering detail metal structure

Utilities

Generation ofmanufacturing planswith list of parts, definition of joints, materials, joints and exploded views

Detail definition for manufacturing in the workshop, joints and exploded views, and indication of the weight of each one of the parts.

Some advantages

Possibility of participation and collaboration manufacturing the structure different probbedores

Using de BIM methodology in team integration of specific processes in general implementations, allowing efficient transfer and sharing of information between the different participants involved in a project.

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