Stron Engineering received high recognition for the “Kamlit KZ” plant project

Yesterday, a meeting of international equipment suppliers took place ahead of the launch of the Kamlit KZ main gear plant — one of the most technologically advanced industrial projects in Kazakhstan in the field of foundry production and mechanical engineering.

During the meeting, global leaders in equipment and technology supply for the foundry industry highly praised the work of Stron Engineering, which carried out the comprehensive design of the facility and coordinated the engineering solutions.

Next-generation modern production facility

The Kamlit KZ main gear plant is being developed as a modern high-tech production complex focused on the manufacturing of transmissions and cast components for the mechanical engineering industry.

The facility uses advanced foundry technologies and world-class equipment, enabling the production of a wide range of products with high precision and the potential for future modernization.

One of the key features of the project is the flexibility of its production infrastructure. The plant was designed to adapt as quickly as possible to the manufacturing of various types of foundry products and transmission components.

BIM design and digital coordination

The project was fully implemented in a 3D model using BIM technologies, making it possible to unite dozens of equipment suppliers, engineers, and specialists within a single digital environment.

The use of BIM design made it possible to:

• minimize the number of errors
• reduce the volume of design revisions
• enable remote coordination between project participants
• optimize engineering solutions
• accurately integrate equipment and engineering systems
• improve overall project implementation efficiency

For complex industrial facilities of this scale, digital coordination becomes a critically important element of successful project implementation.

Coordination of suppliers and engineering systems

One of the most challenging tasks of the project was the integration of a large amount of technological equipment, engineering systems, and infrastructure solutions into a single production complex.

The Stron Engineering team carried out:

• engineering coordination
• integration of technological lines
• coordination of engineering systems
• BIM modeling
• design support
• collaboration with international equipment suppliers

This approach made it possible to create a modern foundry production facility with a high level of automation and the potential for further scaling.

International level of the project

The Kamlit KZ project has become an example of how modern engineering technologies and digital design make it possible to implement highly complex industrial facilities in Kazakhstan at an international level.

The high recognition from global equipment suppliers confirms the quality of engineering coordination, the level of design, and the effectiveness of the applied solutions.

A special role in the implementation of the project was played by the joint work of the Kamlit KZ team, equipment suppliers, and the specialists of Stron Engineering.

The company expresses its gratitude to the management of Kamlit KZ LLP for their trust and productive cooperation, as well as to Andrey Nikolaevich Strelchenko, Head of the Construction and Architecture Department, and his professional team for their effective collaboration throughout the project implementation process.

Engineering approach of Stron Engineering

Stron Engineering specializes in the design of industrial and infrastructure facilities using modern BIM technologies, digital modeling, and a comprehensive engineering approach.

The company implements projects in the fields of:

• industrial design
• mechanical engineering
• production complexes
• engineering infrastructure
• technological production facilities
• digital BIM coordination

Modern design approaches allow Stron Engineering to create technologically advanced, scalable, and competitive industrial facilities that meet global standards of engineering and manufacturing.