Engineering and Supply of a Weather Station for Scientific Research Purposes
As part of an international project, our company’s specialists, in collaboration with engineers from a Beijing-based factory specializing in the production of instruments and equipment for environmental monitoring, successfully implemented the design and delivery of an automated weather station for operation in mountainous terrain.
The project was carried out with full consideration of the terrain characteristics and climate conditions of the installation region, which required a tailored approach to equipment selection and technical adaptation. In accordance with the client’s technical specifications, the weather station was additionally equipped with a set of specialized sensors to enable extended collection of meteorological and environmental data, including:
– Accurate measurement of wind speed and direction;
– Monitoring of air temperature and humidity;
– Atmospheric pressure measurement;
– Detection of solar radiation levels;
– Data collection on air dust levels and suspended particulate concentrations.
The weather station is designed for year-round autonomous operation in remote and hard-to-access mountainous areas. To ensure the system’s reliability, enhanced protective solutions were implemented to guard the equipment against external environmental impacts, and a remote monitoring and data transmission system was integrated.
Intelligent Machine Vision System for Critical Infrastructure Security
As part of a security modernization initiative, our specialists developed and delivered a machine vision-based solution designed to enhance monitoring and real-time incident detection at critical infrastructure facilities. The system was created in close cooperation with the client and tailored to meet specific operational and security requirements, including high accuracy, uninterrupted performance, and integration with existing infrastructure.
The solution includes high-resolution cameras, intelligent image processing modules, and real-time data analysis algorithms based on computer vision and machine learning technologies. Key features of the system include:
– Automated detection of unauthorized access and perimeter breaches;
– Real-time video analytics and object recognition;
– Monitoring of personnel movement within restricted zones;
– Alarm notification and event logging system;
– Integration with external control and monitoring platforms.
Designed for 24/7 autonomous operation, the system is resistant to varying lighting and weather conditions. As a result, a high-performance, scalable, and intelligent video monitoring solution was implemented, significantly improving the overall security and situational awareness of the site.
Supply of Three Reactor Systems for Research Institute
This project involves the supply and commissioning of three specialized reactor systems (BLOCK1 – Stainless Steel Reactor System, BLOCK2 – Glass Reactor System, BLOCK3 – Wiped Film Evaporator System) for a scientific research institute focused on chemical technologies and advanced material synthesis.
All systems were delivered, installed, and commissioned on-site. Staff training and documentation were included. These versatile reactor platforms support a wide range of research tasks—from catalytic testing to compound purification—enhancing laboratory capabilities at the institute.
Engineering, Manufacturing and Testing of Tailor-Made Valves
This project involved the development, manufacturing, and supply of pipeline valves fully tailored to the client’s technical requirements. The work included the preparation of detailed technical documentation, selection of optimal materials, and coordination with a certified production facility. All valves were manufactured in strict accordance with international standards and specifications provided by the client.
Each unit underwent multi-stage quality control and functional testing to ensure full compliance with pressure, temperature, and durability parameters.
Design and Supply of a Bearing Production Line
As part of the project, the design and subsequent supply of a production line for manufacturing bearings with various technical specifications were completed. All stages — from equipment layout design to commissioning — were carried out in accordance with the customer’s requirements and industry standards.
The line includes sections for turning and grinding processes, heat treatment, cleaning, assembly, and final quality control. The equipment was delivered fully ready for installation and includes CNC systems, automatic workpiece feeding lines, measuring equipment, and a production process control system.
The project covered logistics, equipment installation, staff training, and the provision of a full set of technical documentation. The implemented solution enabled the customer to establish an efficient, automated bearing production facility that meets modern standards of precision, reliability, and quality.
Supply of Microscopes and Components for a Scientific Research Institute
As part of the project, the supply of modern optical and electron microscopes, along with related components for equipping the laboratories of a scientific research institute, was successfully implemented. All stages — from equipment selection to technical documentation approval — were carried out in accordance with the specific scientific requirements of the customer and high precision standards.
The supplied equipment included digital, stereoscopic, and scanning electron microscopes, interchangeable objectives, illumination systems, specialized software, sample preparation devices, power supply units, and workstations for image analysis and visualization. The systems are distinguished by a high degree of automation, ergonomic design, and support for advanced data processing methods.
The implemented solution ensures a high level of reliability and functionality while being adapted to meet the needs of promising scientific research directions.
