Positioners are very commonly used objects and 3D printing is playing an increasing role in them. In industry they fulfil the same function as they do for the end consumer. They are simple supports to precisely fix an object that will be involved in some stage of production.

Reverse engineering is one of the great opportunities provided by additive manufacturing, along with 3D scanning. It scans an object to obtain its characteristics and dimensions, so that it can be modified or integrated into a project, without the need to design it.

In all companies, tools are necessary for the development of professional activity. With 3D printing you can design and manufacture all kinds of tools, parts and mechanisms that can help you in your day-to-day work, in a much cheaper and faster way.

In the mechanical sector, 3D printing is used to create fixtures such as brackets, brackets, gears and other robotics components, which can be custom designed to fit the specific needs of the robot or the project at hand. In addition, 3D printing allows the creation of prototypes for design testing and verification prior to mass production.

3D printing is a valuable tool for process automation in the mechanical sector, enabling the production of customised and complex parts quickly and cost-effectively. This can improve efficiency and reduce costs in automated manufacturing processes.

Additive manufacturing offers the possibility to produce precise and detailed parts in full scale or miniature, which can be used for a variety of evaluation and testing applications in terms of accuracy, quality and durability.

In general, 3D printing can be very useful for industrial maintenance in the mechanical sector, as it enables the quick and cost-effective production of spare parts and customised tools that can improve efficiency and reduce maintenance costs.

Mould 3D printing is a technology that offers many advantages in the mechanical sector, as it enables the rapid and customised production of moulds for the mass production of parts using a variety of materials, including thermoplastic resins, metals and composites.

3D printing can be used to produce a wide variety of end-use parts in the mechanical sector, such as machine parts, housings, brackets and other components. This technology offers many advantages in the creation of end-use parts, such as customisation, design flexibility, cost reduction and small quantity production.

Additive manufacturing enables rapid and accurate prototyping of a wide variety of mechanical parts and machine components, such as gears, brackets, housings and other components, which can accelerate the product design and development process.