- Robotic modules for loading and unloading workpieces
- Integration of robots with metal cutting machines
- Automation of pallet feeding and tool changing
- Safety in the interaction of operators and robots
- Systems for monitoring the position and repeatability of trajectories
- Digital twins in the design of robotic cells
- Reduced changeover time when changing products
- Optimization of the layout of production lines with robots
- Flexible changeover scenarios for small series
- How to avoid the "robot for robot's sake" effect — real cases
- Automatic robot calibration systems and their adaptation to shift tasks
- Integration of machine tools and robots using open OPC UA protocols
- Intermediate buffer storage and synchronization between operations
- Management of collaborative robots in a workshop environment
- Automation of visual inspection after processing
- Integration of coordinate measuring machines into the production line
- Online monitoring of processing parameters in real time
- Industrial monitoring of vibrations, noise and temperature deformations
- Optimization of processing accuracy through adaptive mechanics
- Automation of equipment verification and alignment
- Control of the geometry of the part without stopping the cycle
- The use of laser systems and machine vision
- Software packages for process stability analysis
- Control of residual stresses and microcracks
- Industrial visualization of control data for operational solutions
- Thermal stabilization of critical machine components to improve accuracy
- Tool wear control and adaptation of processing modes
- Automatic correction of the trajectory in case of deviations
- Integration with a digital twin for stability analysis
- Machine vision for surface and size control
- Industrial applications of 3D printing in repair and modernization
- How can an engineering center make it cheaper to launch a serial product
- Speed versus accuracy: how to choose a prototyping approach
- The use of additive technologies in tooling
- Design taking into account the limitations of DfAM (Design for Additive)
- How to prepare the plant for the introduction of 3D printers — infrastructure
- Reverse engineering and reconstruction of imported components
- Simulation of material flow and strength in CAD/CAE systems
- Engineering centers as localization drivers
- Transfer of digital models between the customer and production
- Consideration of the characteristics of powders and plastics in additive manufacturing
- Development of tooling for subsequent machining of printed parts
- Printing of backup parts and their certification
- Combining 3D printing and milling on the same site
- Industrial cases of hybrid solutions (surfacing + milling)
- MES-systems for workshop management: a quick effect or a long way?
- IIoT: how to implement it and why to use it on machine tools
- Data collection from old-generation equipment: technical solutions
- Integration of PLM and ERP into a single production circuit
- Automation of dispatching and production order management
- OEE visualization systems, equipment losses and downtime
- AI assistants to operators: how they work and what they show
- Cybersecurity and protection of the production network
- Digital certification of equipment and lines
- Production management in multi-shift and multi-order mode
- AR/VR in training and equipment setup
- The role of the operator's digital profile in adapting interfaces
- Integration of SCADA with ERP and MES
- Automatic planning of machine loading according to production tasks
- Platform solutions: open source vs closed industrial suites
- Transition from reactive to predictive maintenance
- How to implement TPM in a machine-building enterprise
- Failure analysis and building a model of equipment reliability
- Real-time monitoring of critical machine components
- Repair or replacement? The economic model of MRO solutions
- Technical re-equipment program: a step-by-step approach
- Service contracts and MRO outsourcing: pros and cons
- Residual resource control: algorithms and systems
- Inventory management of spare parts in production
- Modernization of obsolete but physically serviceable equipment
- Assessment of the economic effectiveness of the implementation of MRO programs
- Formation of a digital history of failures and repairs
- Predictive analytics algorithms for critical nodes
- Consideration of climatic conditions and the production environment
- How to effectively train staff to service new equipment
- How to create a production system from scratch
- Training operators to work with digital machine interfaces
- Motivation and KPIs for technical staff
- In-house mentoring: format, methodology, result
- Lean-tools in mechanical engineering: from 5C to SMED
- How to integrate young people into an aging team
- Assessment of technical competencies: testing, certification, growth
- Competence centers and digital academies at factories
- Psychology of the transition to lean manufacturing
- Flexible schedules, versatility and rotation: efficiency and risks
- Implementation of production culture: from slogans to real changes
- Retraining of engineering staff for digital transformation
- How to create a work environment that supports continuous improvement
- Methods of accelerated introduction of new employees into the production process
- Organization of process factories within the enterprise