APPLICATION OF 3D PRINTING IN THE MAINTENANCE INDUSTRY

The use of 3D printing in the traffic maintenance industry

3D printing technology brings many benefits to the maintenance industry, such as quickavailability of spare parts, cost reduction, customization of parts to specific requirements or specifications, prototyping, creation of tools and instruments, and process optimization b>. 3D printers are an innovative solution that contributes to more effective and safe maintenance of devices.

Availability of spare parts

Cost reduction

Customization of parts

Benefits of 3D printing in the maintenance industry

Availability of spare parts

3D printing technology allows for quick printing of spare parts without the need to order them from external companies, which significantly speeds up the repair process and minimizes machine downtime.

Cost reduction

The use of 3D printers allows you to print spare parts at any time, which significantly reduces the costs of their storage. Additionally, 3D printing technology enables the use of cheaper materials, which contributes to cost reduction.

Customization of parts

3D printing allows you to adapt spare parts to specific needs and specifications. Printing parts allows you to adjust the size, shape and geometry to perfectly fit the device, which increases the effectiveness and efficiency of repairs and maintenance.

Store information

GLOBAL 3D is a team of experts specializing in the implementation of 3D printing and 3D scanning technologies in industry and in scientific and research units. We offer professional advice on the construction of entire laboratories and the selection of individual devices.

Recommended 3D devices for use in the maintenance industry:

3D printing in the maintenance industry

3D printing is an extremely useful solution in the maintenance industry. 3D printing technology accelerates the availability of spare parts, facilitates prototyping and testing, allows the creation of models and enables process optimization. The use of 3D printers in the maintenance industry contributes to increasing the efficiency and safety of machine maintenance.

Advantages of using 3D printing in the maintenance industry

• Process optimization – 3D printing technology allows for experimentation and optimization of maintenance processes. Using professional 3D printers allows you to create prototypes and allows you to test different methods and solutions to find the best way to repair, maintain and modernize devices.
• Prototyping and testing - The 3D printer allows you to print prototypes of parts and tools for testing. This solution allows you to test the functionality and performance of prototypes before their final production, which allows you to identify potential problems and introduce improvements.

Applications of 3D printing in the traffic maintenance industry

• Creating tools and devices – 3D printing allows you to create specialized tools and devices that significantly facilitate maintenance processes. 3D printers allow you to print handles, adapters and tools that are tailored to specific tasks and processes.
• Creating models for training – 3D printing technology allows you to create realistic models for training and training simulations. It is possible to print models of machines, devices or installations, which allows staff to practice various scenarios without the risk of having to install real machines.
• Creating diagnostic tools – Professional 3D printers enable printing diagnostic tools and control tools that facilitate monitoring the condition of machines and devices. 3D printing allows you to create special holders, adapters or sensors that enable accurate measurements and analysis.

Practical applications

Will 3D printing replace traditional production?

The manufacturing industry and 3D printing is a dream team. Manufacturing is an ever-evolving industry, and 3D printing is currently at the forefront of many advancements and innovative techniques. BCN3D asked David Trillo Hernández, a member of its technical team, for his predictions about the future of additive manufacturing and what we are seeing today.

3D rapid prototyping process

Rapid prototyping and 3D printing are a perfect combination. Rapid prototyping is a common prototyping process used in many industries. Using a 3D printer for prototyping is a smart way to save time and money while expanding design possibilities. It allows companies to create projects and ideas quickly and at low cost.

Saint-Gobain and 3D printing: Increasing the efficiency of production processes

BCN3D 3D printers as well as other innovative technological solutions enable engineers from Saint-Gobain at the L'Arboç plant in Barcelona to significantly improve the efficiency of production processes performing; parts and components for customers in the automotive industry, including Daimler Mercedes, Stellantis Group, Volkswagen Group, Renault Dacia and Ford.

Can composite materials be used in 3D printing

Working with a 3D printer - especially in professional and industrial applications - we enter the sphere of the need to obtain specific physical properties of printed objects. Most often, these are resistance to high temperature, water and various chemicals, ensuring adequate strength while maintaining low weight of the element or simply visual aspects similar to wood, metal or stone.

BCN3D introduces the Metal Pack - a package for 3D printing made of stainless steel

The Spanish company BCN3D - responding to the growing industry demand for the production and prototyping of stainless steel parts, mainly in the pharmaceutical, food, automotive, aviation and manufacturing sectors - has developed a new solution enabling 3D printing from metal on its Epsilon series machines.

Innovative solutions from Raise3D

The Raise3D Pro3 Plus 3D printer is an improved version of the well-known and award-winning Raise3D Pro2 Plus model. In addition to the fixes, it also introduces a number of new functionalities. The Pro3 series includes two 3D printers with a double extruder: Pro3 with a build volume of 300x300x300mm and Pro3 Plus - 300x300x605mm.