Our engineering office specializes in designing for the industry – from assembly stations and complete production lines to special machines and product design, as well as technology for automation. We strive to provide comprehensive engineering support, which includes complete project documentation and strength calculations. Our goal is to ensure the highest quality and safety for all the projects we undertake. With our experience and technical expertise, we create innovative solutions that help our clients gain a competitive edge in the market.
We place great importance on transparent cooperation with clients, allowing for effective risk management and quick adaptation to changing needs. Our mission is not only to provide technological solutions but also to build long-term relationships based on trust and professionalism.
Engineering Office: Scope of Services
Design of Assembly Stations and Production Lines
We offer comprehensive design of modern assembly stations and advanced production lines tailored to our clients’ specific needs. Our solutions enhance production efficiency while ensuring the highest level of operational safety.
Special Machines
We create and implement special machines that meet the unique requirements of various industries. Our machines are designed with efficiency, precision, and safety in mind, making them ideal for complex production processes.
Mechanical Engineering Office
Our Mechanical Engineering Office is dedicated to providing top-tier engineering solutions for a range of industrial applications. We specialize in the design, analysis, and implementation of mechanical systems and components that are essential for efficient and reliable operations. Our team of experienced engineers is adept at creating innovative designs, conducting rigorous performance analyses, and ensuring compliance with industry standards. From developing intricate machinery to optimizing mechanical processes, we focus on delivering solutions that enhance functionality, durability, and overall performance. Our commitment to excellence and technical expertise ensures that every project meets the highest standards of quality and precision.
Product and Automation Technology Design
We also specialize in designing products and technologies intended for automation. We provide full engineering support from concept to realization, enabling our clients to implement modern solutions that increase their market competitiveness.
Engineering Support and Project Documentation
We provide complete engineering support at every stage of project realization, offering comprehensive project documentation in accordance with current norms and standards. This ensures that every project is carried out professionally and reliably.
3D Technologies and Tools
We utilize advanced 3D programs such as Creo, CATIA, and Solidworks, which allow for precise planning and execution of projects. Our three-dimensional visualizations enable a thorough understanding and evaluation of proposed solutions before implementation.
Strength Calculations
We conduct detailed strength calculations to ensure that our designs are safe and durable. Our analyses allow for early detection of potential issues and effective resolution.
Production Tooling
We design and implement specialized production tooling that enhances the efficiency and precision of production processes. Our solutions are tailored to individual client needs, allowing for production optimization and cost reduction.
Structures
We also specialize in designing various types of structures necessary for production processes. Our structures are characterized by high strength, functionality, and compliance with the highest safety standards.
Engineering Office: Machine Safety
Safety is our priority throughout every project phase. We adhere to ISO 12100, detailing hazard management from start to finish. Our goal is to design inherently safe machines. If this isn’t feasible, we implement specific technical measures to enhance safety, including guards, automation, safety functions, and protective devices like safety barriers and scanners.
Safety Functions
Our safety solutions are designed to ensure machines behave in a predictable manner when safety functions are activated. For instance, a machine may shut down in a controlled manner rather than abruptly, minimizing risks for operators. Additionally, we ensure that every operator is trained and aware of potential hazards that may arise during machine operation.
Risk Analysis
We conduct advanced risk analyses to identify, assess, and manage risks associated with projects. We use the Risk Score system to evaluate risks and assign appropriate weights. Following risk evaluation, we implement concrete measures to mitigate them. In some cases, residual risks that cannot be eliminated without substantial financial or technological investment are accepted, provided they are safe for end users and clearly communicated in the user manual and operator training.
Engineering Office: Project Management
Agile Time and Materials Model
In our engineering office, we employ the Agile Time and Materials project management model, which allows for flexible and efficient management of resources and time. This model enables us to quickly adapt to changing project requirements and client needs at every stage of execution. This approach ensures high-quality service and timely project completion.
Other Project Management Methodologies
In addition to Agile, we are flexible in using other project management methodologies, such as PMBOK, PRINCE2, and Waterfall:
- PMBOK (Project Management Body of Knowledge): We apply best practices and standards developed by the Project Management Institute (PMI), enabling us to manage large-scale and complex projects effectively.
- PRINCE2 (Projects IN Controlled Environments): We use PRINCE2 for its structured approach to project management, with clearly defined roles and responsibilities that enhance resource management and risk reduction.
- Waterfall: For projects with stable and well-defined requirements, we apply the Waterfall model for sequential planning and execution, ensuring predictability and process control.
Transparent Collaboration
A key element of our client collaboration is transparency. We maintain open communication at every stage of the project, allowing for continuous progress monitoring and quick resolution of any issues. Together with the client, we identify and manage risks, which enhances safety and effectiveness in project execution.
Project Risk Management
Risk management is a critical aspect of our project management approach. We identify and assess risks associated with project execution, implementing specific measures to mitigate them. We use a risk score system to evaluate risks and assign appropriate weights. In some cases, when risks are unavoidable, we accept them as residual risks, ensuring they are safe for end users. Information about residual risks is included in user manuals and operator training.
Engineering Office: Flexibility, Analysis, and Tools
Flexibility and Adaptation
Our engineering office is prepared to adapt flexibly to client needs. With extensive experience and knowledge of various project management methodologies, we effectively handle projects of varying complexity across different industries.
Engineering Office: Analysis and Methods
Advanced Risk Analyses
We employ advanced risk analysis techniques, including Design for Assembly (DFA), Failure Modes and Effects Analysis (FMEA), Design Failure Modes and Effects Analysis (DFMEA), and Process Failure Modes and Effects Analysis (PFMEA). These methods enable us to:
- Optimize Designs: DFA analyses streamline assembly processes, reducing production costs and assembly time.
- Identify Potential Issues: FMEA, DFMEA, and PFMEA analyses help us detect potential flaws early in the project, allowing for effective resolution before production.
- Manage Risks: Our risk score system evaluates and prioritizes risks, focusing on the most critical aspects of the project.
Lean Design – Implementing Poka-Yoke and SMED
We apply proven methods such as poka-yoke (error-proofing) and SMED (Single Minute Exchange of Die) to enhance project efficiency and quality:
- Poka-Yoke: This method minimizes the possibility of operator errors, significantly improving product quality and process safety.
- SMED: Implementing SMED allows for quick machine changeovers, reducing downtime and increasing production flexibility. Shortening tool change times to minutes enables quicker responses to changing production needs.
3D Technologies and Tools
Our engineering office utilizes cutting-edge 3D technologies and tools such as Creo, CATIA, and Solidworks:
- Advanced 3D Programs: These tools allow for precise project planning and execution, as well as detailed three-dimensional visualizations.
- 3D Visualizations: They help in understanding and evaluating proposed solutions before implementation, reducing the risk of errors and enabling early problem detection.
Future and Development
- Innovative Projects: We continuously work on innovative projects that introduce new technologies to the market. Our approach focuses on continuous improvement and finding better solutions.
- Eco-Friendly Solutions: We aim to minimize the environmental impact of our projects by using eco-friendly materials and technologies.
Our engineering office emphasizes innovation and sustainable development, enabling us to deliver modern and effective solutions tailored to our clients’ needs.
Engineering Office: Benefits
We place significant importance on the values guiding our actions:
- Safety: We prioritize designing machines and systems to the highest safety standards. We adhere to ISO 12100 and implement advanced technical measures to ensure a safe working environment.
- Innovation: We continuously seek better solutions, implementing the latest technologies and methodologies to offer innovative products and services.
- Transparency: We collaborate openly with clients, maintaining ongoing communication and jointly managing risks at every project stage.
- Professionalism: We strive for the highest quality in all aspects of our work. Our team consists of experienced engineers who regularly enhance their skills.
- Sustainable Development: We use eco-friendly materials and technologies, minimizing our environmental impact.
Contact Us
We invite you to contact our engineering office to discuss your needs and receive a detailed offer tailored to your business requirements. Our team is ready to answer all your questions and propose solutions to help you achieve success.