Time to Harvest Engineering Data: Top Systems Unveils an Industry Framework
Top Systems, the leading Russian developer of the T-FLEX PLM platform, has introduced a comprehensive industry framework for machine tool manufacturing during the demonstration day of the Industrial Competence Center (ICC) for Machine Tool Manufacturing.
Russia's machine tool industry is building a common digital language for design engineers, manufacturing engineers, and service teams. On June 26, Top Systems presented its comprehensive industry framework based on the T-FLEX PLM platform during the demonstration day of the Industrial Competence Center (ICC) for Machine Tool Manufacturing. The event brought together government officials, machine tool and component manufacturers, and software developers to discuss the sector's digital transformation.
Moving Beyond a "Software Zoo"
Rather than addressing isolated engineering tasks, the framework covers the entire product lifecycle, from the first design sketch to scheduled maintenance of equipment already operating on the factory floor. The technology stack also incorporates the new T-FLEX CAM system, extending the platform to support the complete workflow for generating CNC machine tool programs.
During his presentation, Top Systems Development Director Konstantin Golovkin outlined how manufacturers can redesign their enterprise IT landscapes using products built on the T-FLEX platform. The objective is to replace a fragmented "software zoo" of disconnected engineering applications with a unified digital engineering environment.
Today, the Industrial Competence Center for Machine Tool Manufacturing includes 52 manufacturers, making it one of the largest industry competence centers in Russia by membership. Participants analyzed 254 business functions and identified 15 priority areas for import substitution. The review concluded that the domestic market can already supply CAD software. The remaining challenge is integration. Modern digital manufacturing requires more than engineering drawings. It depends on a common environment that connects engineering preparation, manufacturing change management, and product lifecycle support.
The Race for Engineering Efficiency
The primary function of a PLM platform is centralized management of product information. Design changes become immediately visible to manufacturing engineers, procurement teams, and service organizations, reducing engineering lead times while lowering dependence on foreign engineering software, whose long-term availability has become increasingly uncertain.
Migrating to such a platform involves far more than installing new software. The system must be adapted to Russia's domestic technology stack. In 2024, Top Systems and Astra Group announced native support for T-FLEX PLM on Astra Linux, eliminating the need for compatibility layers such as Wine.
Machine Tools Become Data-Driven
When Russia established Industrial Competence Centers in 2022, the initiative created a structured collaboration model that brought together major industrial customers and software developers. That approach enabled organized replacement of foreign digital engineering solutions rather than isolated migrations. The same year, TVEL, Rosatom's fuel division, deployed a unified PDM system for product data management, demonstrating that large industrial holdings were ready to operate within a shared digital engineering environment.
In 2023, T-FLEX PLM received certification as a secure Russian software solution, opening the platform to operators in critical industries. The following year marked two additional milestones. At the Ural automobile plant, the platform became part of the production engineering workflow, signaling a broader shift within Russia's automotive sector from standalone CAD systems to integrated product data management. At the same time, Samara University decided to train future engineers directly on domestic engineering software, reducing the need for costly retraining after graduation.
In 2025, GMS Neftemash integrated master reference data with its broader enterprise systems, establishing the foundation for deployment across the entire corporate group. Although expanding the framework to all 52 ICC member companies will require additional work, Russian PLM technology is now moving beyond pilot projects into large-scale industrial operation.
Investing in STANKIN
Another major topic throughout the demonstration day was the shortage of engineering talent. Participants unanimously acknowledged a workforce deficit across every segment of machine tool manufacturing, including industrial robotics. Against that backdrop, Top Systems emphasized its long-term collaboration with MGTU STANKIN, Russia's leading university specializing in machine tool engineering.
Joint projects focused on digitalization and engineering education using the T-FLEX PLM platform allow students to develop industry-ready skills before entering the workforce. Equally important, the company says it intends not only to deliver commercial software products but also to participate in joint R&D programs and applied research projects, helping the industry move from fragmented initiatives toward a unified engineering ecosystem.
