Discover the main industry trends for 2025 in an interview with Ricardo Ferreira, Product Manager at REIMAN. Explore topics such as Industry 4.0, digitalisation, artificial intelligence, energy efficiency, 3D printing, sustainability and discover how they are transforming industry in Portugal and around the world. ...

In the era of Industry 4.0, maintenance is increasingly evolving beyond simply fixing problems. Technology now plays a crucial role, and PTC (Positive Temperature Coefficient) thermistors are emerging as a smart solution. ...

The fish sector encompasses all activities from catching, processing, transforming, and selling fish and seafood to meet all consumer needs. All these stages are important and each one plays a key role, therefore the environments where some of them take place are generally humid and susceptible to corrosion and contamination. REIMAN provides stainless steel electric motors designed for the food and beverage, cosmetics and pharmaceutical industries, among others. Industries that demand a high level of hygiene, safety and frequent washing, just like the fish industry. ...

Electric motors are indispensable in the industry and in our everyday life. Since its discovery that electric motors have evolved to this day, reducing in energy consumption with previous systems. Nowadays, energetic efficiency is a fundamental asset in all industries, due to the goal in reducing energy consumption and carbon footprint, as well as reducing operational costs. IE4 efficiency motors constitute a new generation prepared for this effect. ...

A coupling is a mechanical component that connects 2 shafts which are intended to rotate in order to transmit power. Shaft couplings introduce some flexibility into mechanical transmission by providing tolerance to shaft misalignment. As a result, this coupling flexibility can reduce uneven bearing wear, equipment vibration and other mechanical problems due to misalignment. ...

Electric motors have a very high energy cost due to the amount of energy they require to convert electrical energy into mechanical energy. Today, these devices are responsible for more than half of the world's industrial energy consumption. ...

The electric vibrating motor is used to convert electrical energy into mechanical energy to drive other vibrating equipment, in the most varied industrial branches. ...

The variable frequency drive is an electronic device designed to control the speed in alternating current electric motors. The speed variation is obtained by the conjugated variation of voltage and frequency of the current that arrives at the electric motor, according to a curve that, in turn, can also be changed by the drive itself. ...

Electric motors are known for their ability to convert electrical energy into mechanical energy. The versatility of these types of equipment makes them applicable in any kind of industry and industrial process. ...

In one of our articles about motors, we introduced you to the main types of electric motors. Here, the intention is to show you the servo motor, which is part of the category of electric motors, but allows specific applications, different from the more traditional standard motors. ...