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3D - modeling is breaking into many areas and industries today, including industry. Perhaps, it is here that there are a large number of possibilities and functions that industrial 3D modeling can implement. We can say with confidence that such virtualization is directly intended to solve the widest possible range of problems that are associated with the design of specific industrial facilities, their planning, as well as with the optimization of all processes and analysis of actions that are carried out at the facilities.

With the help of this method, visualization of models of mechanisms can be performed to check their performance and design accuracy. The resulting mathematical model makes it possible to manufacture parts by 3D printing, as well as CNC. In the case of manufacturing, using 3D printing, the product is grown in layers by forming layers. In this way, any complex parts can be manufactured that cannot be obtained by other methods.

The 3D printing method is used to make parts from various plastics, photopolymers, including rubber-like ones, as well as metals from which workable products can be assembled.

3D modeling of industrial parts provides a lot of possibilities:

 - testing a specific part before creating it;

3D modeling of complex cars through the reconstruction of smaller parts;

 - creating a copy of this product for presentations, exhibitions, offers to investors;

To approach these issues with the greatest constructiveness, one should turn to professionals. Thanks to our engineers, you will receive high-precision samples, mock-ups, 3D animations and more.

 

A set of software products that are able to give the user a description of how a product model developed on a computer will behave in reality. In another way, CAE can be called engineering analysis systems. In their work, they use various mathematical calculations: the finite element method, the finite difference method, and the finite volume method. With CAE, an engineer can assess the performance of a product without significant time and cost.

With the CAE you can carry out:

- Strength analysis of components and assemblies based on the finite element method;

- Thermal and hydrodynamic analysis;

- Kinematic research;

- Simulation of processes such as injection molding;

- Optimization of products or processes.

Stages of work with the CAE:

- Pre-processing - determining the characteristics of the model and the environmental factors that will affect it;

- Analysis and decision making;

- Processing of results.

Our company assembles and installs industrial equipment and technological lines of any complexity. In a short time we will deliver the necessary equipment and tools to the object, mobilize the required number of installers and engineers, if necessary, we will deploy a mobile town, which we will remove after all the work is completed.

Our company assembles equipment from various manufacturers, both new and used. Since its inception, the company has completed more than 200 diverse projects, 90 of which were implemented jointly with other partner companies.

Installation of technological and production lines requires the solution of a whole range of various tasks from geodetic surveying and marking of the foundation to support of commissioning. Often times, equipment is installed in locations where space is limited by low ceilings or existing equipment. The most difficult is the installation of technological equipment in the conditions of existing production, since the requirements for technical and environmental safety immediately increase.

Our services include:

design work, marking and preparation of the foundation;

- geodetic works: survey of finished foundations, stakeout of technological axes and elevations;

- alignment and installation of embedded products - plates, plates, beams;

- moving to the place of installation and equipment rigging;

- fixing the equipment on the foundation (installation of embedded fasteners, pouring the foundation, anchoring, welding);

- welding works during the assembly of large-sized structures and equipment elements supplied to the facility in disassembled form;

- mechanical installation of equipment, including the necessary settings and adjustments;

- electrical installation (installation of electrical cabinets, laying, cabling, installation of supporting structures);

- connection of equipment to utilities (compressed air, water, etc.);

- design and installation of metal structures, assembly of load-bearing metal structures;

- supply of additional materials;

- creation (expansion) of technological openings for moving equipment;

- troubleshooting and diagnostics when working with used equipment;

- carrying out and support of commissioning works, cold and hot starts;