Tecnomovint’s regulatory framework for custom industrial lifting

Designing an industrial lifting system requires balancing three key factors: regulatory safety, structural reliability, and integration with the customer’s production processes. Within this framework, Tecnomovint brings over 35 years of experience in the design and manufacture of overhead cranes and customized lifting systems for industrial applications.

The company’s approach is based on a clear principle: every lifting system must be designed around the customer’s operational requirements. This involves developing an engineered solution capable of meeting specific spatial constraints and load characteristics.

Custom projects for industrial applications

Tecnomovint overhead cranes are developed through tailored engineering that carefully considers the operating environment of each plant. In many production facilities, material handling systems operate in confined spaces, complex layouts, or with loads featuring particular geometries.

To meet these requirements, the company develops custom solutions that seamlessly integrate into existing production lines. Tecnomovint also offers dedicated aesthetic configurations designed to align the cranes with the customer’s corporate visual identity. Available options include:

• coatings with specific corporate colors
• application of logos on beams and structures
• finishes designed for specific production environments

The regulatory framework of Tecnomovint overhead cranes

Tecnomovint bases its engineering design on three key standards that ensure safety and structural reliability.

UNI EN 15011 – overhead crane safety

The UNI EN 15011 standard defines the design and safety requirements for overhead cranes and lifting systems. It establishes technical criteria related to structural stability, control systems, and the safety devices required to protect both operators and equipment.

UNI EN ISO 3834 – welding quality requirements

UNI EN ISO 3834 certifies the quality of welding processes in metallic structures. This standard ensures that welding operations are performed according to qualified and controlled procedures, guaranteeing mechanical strength and long-term durability of load-bearing structures.

UNI EN 1090 – fabrication of steel and aluminum structures

UNI EN 1090 governs the design and manufacturing of steel and aluminum structures. Compliance with this standard is essential to ensure CE marking of structural components and to guarantee high quality and safety standards in metal construction.

Technical innovation and operational reliability

In addition to compliance with regulations, Tecnomovint continuously invests in research and development activities to improve the structural robustness of its cranes and the ergonomics of control systems.

A structure that is properly engineered and manufactured according to high-quality standards makes it possible to reduce machine downtime and improve the continuity of production lines.

If you are looking for a customized lifting system, contact the Tecnomovint team using the provided contact details.