Engineering Excellence from Concept to Certification
At DELLNER HYDRATECH, our commitment to engineering excellence is reflected in every stage of our product development—from initial concept through rigorous testing and final certification. With a strong focus on innovation, precision, and customer collaboration, we combine cutting-edge design tools with deep industry knowledge to deliver high-performance hydraulic solutions.
Research & Development
At DELLNER HYDRATECH, innovation drives everything we do. Our highly skilled engineering team is continuously developing and refining hydraulic solutions in close collaboration with our customers. We take pride in our ability to manage complex, large-scale projects with tight deadlines, ensuring seamless integration of customer input at every stage of development.
Each project is led by a dedicated project manager who oversees the entire lifecycle—from concept through delivery—ensuring alignment with client requirements, industry standards, and performance expectations. This customer-centric approach allows us to deliver tailor-made solutions that meet the most demanding specifications across a wide range of industries.
We employ advanced engineering tools and digital technologies throughout the design phase. Our design process includes comprehensive simulations and system-level calculations to optimize performance, efficiency, and durability. State-of-the-art techniques such as Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) are fully integrated into our workflows, enabling precise validation and robust product development.
Test & Verification
Quality, reliability, and safety are paramount at DELLNER HYDRATECH. Our in-house prototype and test center enables us to perform rigorous testing and validation of hydraulic components and complete systems under real-world conditions.
We conduct extensive environmental and functional tests including climate chamber testing of full hydraulic systems, fatigue and wear assessments, and salt spray (corrosion resistance) testing. These procedures are critical components of our structured risk assessment framework, conducted in accordance with Design Failure Mode and Effects Analysis (DFMEA) methodology. This disciplined approach ensures that every product not only meets but exceeds customer and industry expectations for performance and durability.
Design Codes & Compliance
As a global supplier, DELLNER HYDRATECH has extensive experience working with international standards and certification bodies. Our engineering solutions are developed in full compliance with relevant global design codes and regulatory frameworks, ensuring safe and reliable operation across all markets.
We offer certified designs according to leading industry standards including DNV-GL, ABS, PED, ASME, SELO, IEC 61400, and API. This capability ensures our products meet the stringent safety, quality, and technical requirements essential for demanding sectors such as offshore, marine, energy, defense, and industrial applications.