Comprehensive Engineering Solutions
Technical Expertise for Successful Industrial Projects
Centerline Romania offers comprehensive engineering solutions for industrial companies looking to optimize their processes and reduce development time. Our services cover the entire design cycle: from CAD design and modeling to advanced simulations, engineering analyses, and modernization of existing equipment.
Expertise in Multiple Industries
Engineering Solutions Tailored to Each Sector’s Requirements
At Centerline Romania, we apply our engineering knowledge across various industrial fields, from automotive and robotics to construction, processing materials, and special applications. Each project is customized to meet the unique requirements of our clients and to deliver efficiency, safety, and high performance.
Automotive
Aerospace
Construction materials
Industrial applications
3D CAD Design and Modeling
Through our 3D CAD modeling and mechanical design services, we transform initial concepts into precise and functional digital prototypes. We use advanced software to create detailed models that allow for testing and optimizing solutions before implementation.
This process reduces physical prototyping costs, shortens development time, and ensures design tailored to each client’s exact requirements.
Our services include:
- Custom mechanical design tailored to various industrial applications
- Mechatronic concept with the integration of electrical and automation systems
- 3D CAD modeling for digital prototypes and realistic visualization
- Equipment and device design that meets quality and safety standards
Process simulation and validation
Through our process simulation and validation services, we offer industrial companies the ability to virtually test and optimize every stage of production before moving to implementation. We use advanced 3D simulation tools that accurately reproduce workflows and allow for the identification of potential bottlenecks, interferences, or efficiency losses.
Thus, clients can make informed decisions from the design phase, reducing risks, time, and costs associated with later modifications.
Our services include:
- 3D simulations for production flows, optimizing movements, times, and resources
- Accessibility and interference studies to prevent design errors and ensure correct equipment installation
- Offline programming of industrial robots, reducing testing time and interruptions in real production
Engineering analysis and optimization
Through our engineering analysis and optimization services, we help companies validate their technical solutions and achieve maximum performance from the design phase. We use advanced calculation methods and specialized software tools to verify the strength of structures, evaluate component behavior, and optimize production flows.
This process ensures risk reduction, elimination of costly errors, and guarantees efficient and safe operation under real usage conditions.
Our services include:
- FEA (Finite Element Analysis) for verifying the strength, durability, and reliability of mechanical components
- Optimization of production processes, defining cycle times and flows for maximum efficiency
- Validation of engineering solutions to guarantee performance and compliance with quality and safety standards
Reverse engineering and digital modernization
Our reverse engineering and digital modernization services allow companies to extend the lifespan of existing equipment and bring them up to current performance standards. Through the reverse engineering process, we recreate precise digital models based on equipment already in operation, providing the opportunity for reconfiguration, adaptation, or integration with modern technologies.
This type of intervention is ideal when the initial documentation is missing or no longer corresponds to reality, and modernization is a more efficient alternative than complete replacement.
Our services include:
- Reverse engineering for equipment and subassemblies without updated documentation
- 3D digital reconstruction and integration of models into modern production flows
- Adaptation and modernization of equipment to increase efficiency, safety, and compatibility with new technologies
