Technology in mining: 3 tools that improve equipment

Technology in mining has generated excellent results, based on gains in efficiency and productivity in quarries and mining companies.

Safe operation for employees and sustainability are also present in the segment's trends, which impact the mining machinery industry. The use of software helps in customer service. Máquinas Furlan points out three tools used to improve equipment and parts designs.

This work gained momentum with the Development of New Products, Services and Applications (DNPSA). The area brings together representatives from various sectors of Furlan, who, with strong professional development, offer the client the best solution based on the use of technology.

Check it out.

Technological revolution in mining: understand what it is

Like other production sectors, the mining industry is undergoing a technological revolution, driven by significant advances in the manufacture of equipment and parts for processing rocks. Basically, software helps to increase the efficiency and productivity of plants.

They also contribute to the durability of machines and parts. This means that companies have longer operating time, reducing losses due to unscheduled maintenance.

Automation, remote operation and data analysis – often using Artificial Intelligence – are driving this trend. Pattern identification, machine failure prediction and process optimization are further driving this progress.

At the same time, they increase operator safety. Sustainability benefits from these practices, reducing the risk of accidents in exploration areas and improving society's perception of the mining industry.

SolidWorks and other tools that improve mining machines

We invited the Furlan team to point out some of the technological tools that drive these advances. Three were mentioned.

1. SolidWorks

It is a 3D parametric modeling software. In the mining machinery industry, it is mainly used to design mechanical parts, assemblies and technical drawings. In general, it is also used to design complex products, such as electronic equipment and vehicles.

2. Magma

This advanced and efficient optimization tool improves steel quality in castings by optimizing process conditions and reducing production costs.

Using the Virtual Design of Experiments and Autonomous Optimization methodology, technicians establish robust process parameters and optimized layouts for all casting materials and processes, including heat treatment and metallurgy – efficiently and comprehensively.

And best of all, all at the same time.

3. Altair

It's a tool used by industry leaders to transform the way we design, enabling engineers to explore and predict how products will perform in the real world.

Basically, it reduces prototype costs and production time, improves quality and reduces risks, accelerating innovation in all sectors.

More employees, more training and the example of FMEA

However, all technological developments also require investment in personnel and processes. This conclusion is most visible in companies such as Máquinas Furlan, which is about to complete 62 years in the market and which fosters an organizational culture of partnership with mining and quarrying companies.

The technological revolution in mining goes beyond innovative products and services. There is a need for these products and services to provide solutions to the challenges faced by customers.

We have already told you here on the blog how the New Product, Service and Application Development (DNPSA) department at Furlan was created. The area has engineers from various sectors of the company, who bring to projects this vision of “solution generator” incorporated into the Furlan brand.

Throughout 2023, Furlan felt the need to increase the number of employees at DNPSA, focused on the machinery process. The increase of over 70% in the number of employees in the Industrial area required greater robustness at DNPSA, so that its performance would be more effective.

Undergraduate scholarships for future engineers, postgraduate scholarships for those already graduated and technical training were part of Furlan's actions. An example of this was the latest training course, related to FMEA.

The acronym, translated from English, means “Failure Mode and Effect Analysis”. The analysis gained followers because it represents a quality tool used to identify, evaluate and prioritize potential failures in a process, product or system. It also helps to understand the effects of these failures.

The main purpose of FMEA is to prevent problems by improving the reliability and performance of a product or process.

Develop professional skills and competencies

At Furlan, training practices improve skills and competencies, while encouraging innovation and professional adaptability.

Using motivation and engagement strategies, it seeks to ensure increased productivity and reduced errors and rework. The technological revolution in mining must also comply with industry regulations and standards.

The incorporation of advanced technologies in mining machines can be seen in Furlan's catalog, which comprises more than 150 crushing, screening and grinding equipment – ​​see here .

Thus, Furlan fulfills its role of transforming the mining industry's operations, making it more efficient, safe and sustainable.

Want to know how DNPSA can help improve your crushing plant, increasing productivity? Contact us here .