Umbilical winches play a vital role in various marine activities, and they are a crucial piece of equipment on modern decks. These winches support umbilical, mooring, and anchoring operations and ensure that everything runs smoothly.
DMT’s umbilical winches offer a notable advantage in their extensive customization options. They can be constructed to any desired size and configuration based on specific requirements and specifications, allowing clients to choose a winch that perfectly suits their needs. This high level of customization ensures that the winch will fit perfectly with the specific jobs for which it is needed. As a result, clients can trust that our winch will provide reliable and efficient support for their marine activities. With this level of flexibility in customization, DMT’s umbilical winches can offer a solution that is tailored to the specific needs of each client, providing an optimal performance for each job.
Furthermore, DMT’s winches are designed to be resistant and dependable, even under the harshest conditions and in any weather. These winches meet all the necessary safety, legislation, and quality standards, ensuring that you can use them with complete confidence. Additionally, our experienced staff provides after-sales support, so you can always count on us to help you with any issues that may arise.
Whether you need a single umbilical winch or multiple winches as part of a larger project, DMT can deliver. We offer both individual orders and turn-key projects, allowing our clients to choose the option that best suits to their project.
Umbilical winches are crucial in marine activities, and DMT Marine Equipment’s highly customizable, resistant, and dependable winches meet all necessary safety, legislation, and quality standards. With experienced staff and flexible delivery options, clients can expect the best possible service and equipment, ensuring reliable and efficient support for their marine operations.
Electric drive 20[kN]
Electric drive 60[kN]
Hydraulic drive 5.6[kN]
Electric drive 1.89[kN]