Our brand

Nodusfactory is positioned as a leading equipment manufacturer specialising in the design and manufacture of high-performance technical textile solutions. Our design office, with its cutting-edge expertise, works closely with our customers in a variety of sectors, including nuclear, military, aeronautics, lifting, winching, working at height, forestry, etc., to develop tailor-made products adapted to their specific needs and the constraints of their environments.

Nodusfactory: a design office at your service

Customised design:

We understand that every application is unique. That's why our design office is committed to designing tailor-made textile solutions, taking into account your specific requirements.

From the design phase to production, we carry out rigorous monitoring to ensure that our products comply with the most stringent specifications.

Technical expertise:

Our team of engineers and technicians are experts in cutting-edge textile technologies and high-performance materials, such as Dyneema®.

We are able to offer innovative solutions to meet the most complex challenges in lifting, pulling, connecting and reinforcing structures.

Nodusfactory product range: performance and reliability

Technological advances in the field of textile fibres have opened up a whole new range of possibilities, offering high-performance solutions adapted to the most demanding environments. These innovative materials, developed through research and development, are distinguished by their exceptional properties, surpassing the performance of traditional textiles.

Key advantages of new textile fibres

Exceptional strength and durability:

High-performance fibres such as Dyneema, Kevlar and carbon offer unrivalled tensile strength and abrasion resistance.

They guarantee increased longevity, even in extreme conditions (high temperatures, radiation, chemicals).

We design products that can withstand the most severe conditions (extreme temperatures, radiation, corrosion), ensuring optimal performance and reliability.

Lightweight and flexible:

Unlike traditional materials (metal, ceramic), textile fibres are lightweight and flexible, making them easy to handle and integrate into complex systems.

They reduce the weight of equipment, a considerable advantage in the aerospace and military sectors.

Protection and safety:

Textile fibres can be designed to offer protection against various risks:

Ionising radiation (nuclear)

Ballistic impacts (military)

Fire and heat (aeronautics, industry)

They help to enhance the safety of operators and equipment.

Our solutions are designed to meet the most demanding safety standards, ensuring the protection of operators and equipment.

Adaptability and customisation:

Textile fibres can be woven, knitted or non-woven, offering a wide variety of structures and properties.

They can be treated to obtain specific functionalities (electrical conductivity, chemical resistance, etc.).

Examples of Nodus Factory products

Textile shackles and connection systems:

Made from Dyneema, our connection systems offer exceptional strength, lightness and safety.

Ideal for lifting and pulling operations, they are designed for intensive use in demanding environments.

Lifting and handling devices:

We manufacture high-performance slings and lifting straps designed to replace traditional metal solutions.

Our flexible and adaptable handling devices facilitate operations in confined or difficult-to-access spaces.

Textile solutions for aeronautics:

We develop textile composite materials for structural reinforcement and braking systems (parachutes), contributing to the weight reduction and performance of aircraft.

The adoption of high-performance textile solutions represents a real revolution for manufacturers. By replacing steel with innovative textile fibres, you can benefit from significant productivity gains, enhanced safety and increased durability. Nodusfactory, with its expertise and know-how, supports you in this transition by offering tailor-made textile solutions adapted to your specific needs.