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our services
OUR MANY YEARS OF EXPERIENCE ALLOW US TO CARRY OUT ABSOLUTELY ANY PROJECT, REGARDLESS OF ITS COMPLEXITY!
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INOX TECHNOLOGIES is a reliable partner in the provision of high-quality services in the field of industrial equipment. We offer a wide range of services, each of which is designed to meet the individual needs of our customers.
The first key type of our service is the installation of industrial equipment. Our team of experienced specialists ensures high precision and efficiency in the installation of various industrial machines.
We also specialize in welding process pipelines, which is an important part of ensuring the reliability and durability of the system. Our welders have all the necessary certificates and qualifications to perform this work.
Servicing industrial equipment ensures its stable operation and minimizes downtime. We carry out regular checks and maintenance, which helps to increase the service life of attributes.
Design of equipment, parts and metal structures is another important area of our activity. We offer innovative solutions adapted to specific customer tasks.
In addition, we offer services for dismantling, packing and installing equipment, which allows our customers to move and install without unnecessary hassle.
And, of course, the production of metal structures. We create high-quality and reliable structures that meet all standards. With INOX TECHNOLOGIES you get a comprehensive approach to solving your industrial problems.
INSTALLATION OF INDUSTRIAL EQUIPMENT
Installation of industrial equipment is a complex and multi-stage process that requires highly qualified specialists and compliance with many technologies and safety standards. The main task of installation is the comprehensive installation of machines and mechanisms, which includes not only the physical placement of equipment, but also its connection to power supply, water supply and control systems.
At the initial stage of installation, careful planning is an important step. Preliminary calculations, selection of the optimal location for installation and preparation of the foundation can significantly affect the efficiency of the entire production process. High-quality installation also includes checking all fasteners, installation accuracy and functionality of the equipment.
Equally important aspects are personnel training and maintenance. Equipment installation must take place in an atmosphere of strict compliance with standards, which minimizes the risk of emergency situations and extends the service life of the installed mechanisms. Thus, competent installation is the key to the smooth operation of the enterprise and its production efficiency.
Industrial PLC Programming & Configuration + AI
Full-cycle development, setup, and integration of control systems
At INOX TECHNOLOGIES, we design and configure control systems based on industrial PLCs, ensuring flawless performance even in the most demanding production environments. Our solutions help companies increase efficiency, reduce downtime, and maintain process stability.
Our services:
PLC programming (Siemens, Allen-Bradley, Schneider, Omron, etc.) for any production tasks
Controller configuration and debugging for new and upgraded lines
HMI/SCADA integration for convenient and intuitive control
Program updates and optimization to boost performance
Remote monitoring and diagnostics for quick troubleshooting
Artificial Intelligence in Control
We implement AI and machine learning algorithms to:
Predict equipment failures (Predictive Maintenance)
Automatically optimize processes in real time
Analyze production data to uncover hidden opportunities
Reduce energy consumption and increase overall line efficiency
These solutions allow enterprises to not only control but also anticipate equipment behavior, making decisions faster and more accurately than ever before.
PROCESS PIPING MANUFACTURING
Process pipelines play an important role in modern industrial production, ensuring efficient and safe transportation of liquids and gases. Their use allows not only to optimize processes, but also to significantly reduce the costs of maintaining production infrastructure.
Depending on the specifics of the industry, pipelines come in various designs and materials, which allows them to be adapted to any process conditions. The efficiency of process pipelines also depends on their proper design and regular maintenance. Modern methods of monitoring and controlling the condition of pipelines allow to minimize the risks of leaks and accidents, which is especially critical under conditions of high production load.
Thus, the introduction of new technologies and pipeline management systems is becoming a key factor in increasing the competitiveness and sustainability of enterprises in the market, ensuring the reliable implementation of production tasks.
EQUIPMENT MAINTENANCE
Efficient and high-quality maintenance of industrial lines and equipment is one of the key factors in ensuring the smooth operation of production lines and equipment. At the same time, even short-term downtime can lead to serious financial losses, deterioration in product quality and loss of customer confidence.
Regular inspections and maintenance allow identifying potential faults at an early stage, which ensures their cheaper and more timely elimination.
In addition, proper maintenance ensures safety in the workplace. Worn out or improperly functioning mechanisms can cause accidents, which endanger the health of employees and lead to additional costs for eliminating the consequences. Thus, investments in high-quality maintenance become not only financially justified, but also necessary measures to ensure the safety and well-being of workers.
In conclusion, high-quality maintenance of industrial lines and equipment is a prerequisite for achieving long-term success. This is not only a matter of economic feasibility, but also a strategic asset that ensures reliability, safety and business development in the modern economy.
design of equipment and metal structures
At this first stage, it is determined what tasks the equipment should solve and what restrictions will be imposed on its design and functionality.
The main part of the design process is the development of detailed engineering documentation, including diagrams and drawings that describe each part and unit of the system. Each part is designed taking into account all loads and operating conditions to ensure the durability and safety of the equipment.
Metal structures are especially important in industrial equipment assemblies, as they provide the necessary strength and stability of the entire system. The design of such structures requires careful consideration of the mechanical properties of materials and possible vibrations that occur during the operation of the equipment.
The prototyping and testing stage allows you to identify and eliminate potential defects, ensure that the design meets the stated requirements, and conduct tests for resistance to external factors and wear.
The final result of the design is equipment or systems that must operate efficiently, reliably and safely, complying with all regulatory requirements and standards.
FULL-SERVICE RELOCATION AND INSTALLATION EQUIPMENT
Relocation of complex industrial machinery and equipment is not just transportation from point A to point B — it is a multi-stage process that requires strict adherence to rules and regulations.
Initially, it is important to properly assess the equipment to determine the best transportation methods. This stage involves engineers and technicians who comprehensively study the design of the equipment, check its condition. Based on this data, a detailed relocation plan is developed that describes transport routes, packaging methods and safety measures.
Proper packaging is the second key element of successful relocation. The importance of proper packaging cannot be underestimated, as it protects the equipment from possible damage, ensuring its safety during transportation. Packaging should minimize the risks of vibration, moisture, temperature fluctuations and other external influences that can negatively affect the functionality and appearance of the equipment.
However, even the most diligent process of moving and packing loses its value if due attention is not paid to the installation stage at the new location. High-quality installation of industrial equipment requires a high degree of precision and professionalism. To ensure reliability and uninterrupted operation of the equipment, installation must be carried out by experienced specialists who have the necessary knowledge and equipment.
PRODUCTION AND INSTALLATION OF METAL STRUCTURES
Qualified production of metal structures for industrial enterprises plays a key role in the development of modern industry. These structures serve as the basis for industrial equipment, structures and workers.
The first stage in the process of producing metal structures is engineering design. It includes detailed planning and development of design solutions that optimally meet the requirements of a specific project. This stage is critically important, since it is at the design stage that the foundation for the quality and safety of the future structure is laid.
Next comes the selection of materials. High-quality steel alloys with excellent performance characteristics are used for industrial metal structures. The choice of material should take into account the operating conditions of the structure, such as the climatic features of the region, humidity, temperature fluctuations and possible mechanical loads.
The production process continues in factories equipped with modern equipment. The equipment includes automated cutting lines, welding robots and installations for applying anti-corrosion coatings. These technologies allow for high precision and speed of production, which is especially important when creating large-sized structures.
Quality control is another key aspect of metal structure production. Each part undergoes strict testing for compliance with national standards. Thus, qualified production of metal structures for industrial enterprises is a complex and multi-stage process that requires deep knowledge and experience. The quality of the metal structure determines not only the service life of industrial equipment, but also the safety of workers, which is an important aspect in any industry.
