Engineering Branch
In the Engineering branch, we provide loss adjusting services for complex technical claims ranging from construction projects to industrial facilities. Our team carefully investigates the cause and extent of losses under engineering insurance policies such as machinery breakdown, electronic equipment, and construction/erection all-risk claims. Each case is managed using internationally recognized best practices, ensuring efficient assessment and comprehensive reporting throughout the process.
Marine, Railway and Aviation Vehicles Branch
In the Marine branch, we provide loss adjusting services for technical and complex claims within the scope of Hull & Machinery insurance, as well as condition surveys for vessels. Our experts carefully examine the cause and extent of losses related to incidents such as collisions, groundings, or machinery failures under hull and machinery policies. Each case is managed using internationally recognized best practices, ensuring efficient assessment and detailed reporting throughout the process. We also conduct condition surveys in accordance with international standards to evaluate the overall technical condition of vessels.
Services Provided
Verilas Loss Adjusting operates in every branch with the principles of technical accuracy, impartiality, and trust. In loss assessment, risk analysis, condition surveys, and technical consultancy processes, methods compliant with international standards are applied. Each case is handled in a structured and transparent manner — from initial assessment to final reporting. The scope of the incident is first analyzed, followed by on-site or remote technical inspection. Collected data is thoroughly evaluated, and the results are presented through clear and measurable reports. This approach enables Verilas Loss Adjusting not only to determine the extent of damage but also to deliver data-driven, consistent, and practical solutions in every case. Additionally, the accuracy and efficiency of technical inspections are enhanced through the use of high-resolution imaging, digital measurement, and drone technologies during fieldwork.