- AGR Holding launches JELAND body production with 120 industrial robots in Russia
- Refurbished Shushary plant enables flexible body configurations and high-precision quality control
AGR Holding has initiated body production for its new automotive brand JELAND at its fully modernized facility in Shushary, Russia. The milestone marks the first welded body at the upgraded plant, reflecting a rapid transformation of the manufacturing site. The facility has undergone a comprehensive rebuild, incorporating new structural reinforcements, upgraded metal frameworks, and advanced production systems designed to support efficient and scalable vehicle manufacturing operations.
Advanced Welding Infrastructure and Automation
The welding shop has been extensively re-engineered to meet modern automotive production standards. Approximately 120 industrial robots have been installed, enabling precise and automated welding processes. The installation of core equipment was completed within a short timeframe of about two months, demonstrating accelerated deployment capabilities. A dedicated laboratory for measurement and control systems has also been integrated, ensuring that production quality is continuously monitored and validated using high-accuracy instruments.
Structured Multi-Stage Production Process
The manufacturing workflow follows a clearly defined multi-stage approach. Initially, individual components are formed into subassemblies, which are then combined to construct the complete vehicle body. Subsequent stages involve the integration of additional components and structural elements. Quality assurance checks are embedded throughout each stage, ensuring that deviations are detected early. Final validation includes high-precision geometric inspections to confirm body accuracy and structural integrity.
Flexible Body Configurations and Production Capability
The welding facility is designed to support multiple body styles and configurations, enhancing production flexibility. It can manufacture up to four distinct body types with variations such as standard or panoramic roofs, as well as front-wheel and all-wheel drive layouts. This results in a total of up to 12 possible configurations, allowing the plant to adapt to diverse product requirements while maintaining consistent production efficiency and quality standards.
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