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Applications in the plant construction sector

subway, train, control, position and speed

Monitoring the position of ships, trains and trucks in maneuvering areas

The measurement of the position of ships, trains, trucks and subways with LASER distance meters is now a widespread and consolidated application. In the context of Industry 4.0 and remote control, the use of LASER distance meters is becoming increasingly common for position control and non-contact measurement of the position of large objects. Among their many applications, we find the measurement of position, speed and distance of vehicles for the transport of people and goods. Thanks to their precision and speed, these tools represent a valid support for the logistic control and for the safety control of the …
silos tank level control of dust, grains and pellets

Level measurements with LASER distance meters

Industries such as plastic molding, food processing and building materials all rely on bulk materials stored in silos, tanks or tanks. The LDM42 Series Laser Level Measurers provide efficient level measurement in tanks, silos or large containers. The INNOVACHECK system offers automatic level display on remote monitors to facilitate monitoring, measurement and traceability of material levels…
measure the position of coil bridge cranes with laser distance meters

Measurement and control of the position of overhead cranes and cranes with LASER distance meters

Industrial laser distance meters are precision devices that can measure the non-contact position of an object. Thanks to their high accuracy, these instruments are particularly used in the Industry 4.0 sector for non-contact position and displacement control. The applications of the use of industrial laser distance meters are many: measuring the position of bridge cranes, measuring the movement of trolleys, verifying the alignment of portals, identifying the gripping point of cranes, controlling the movement of dynamic arms and many others. Thanks to their non-contact operation, these tools are able to ensure a high level of safety, preventing any accidental contacts between machines …
tube cutting measure length laser

Material cutting controlled by LASER distance meters

Cutting materials with high precision is an essential operation in various production sectors, from industry to crafts. Precisely for this reason it is important to have state-of-the-art measuring instruments, which can guarantee reliable and repeatable results over time. In this context, sensors represent a fundamental technology, in particular LASER distance meters. LASER sensors are non-contact measuring instruments that use a monochromatic and highly coherent light beam to carry out precise and rapid measurements at a distance. Thanks to their high precision, LASER sensors are used in numerous industrial sectors, such as automotive, aerospace, electronics, but also in …
large bridge measures vibrations and oscillations

Deformation, displacement and vibration measurements of large structures with LASER distance meters

Deformation measurement, vibration, displacement and deformation verification of large structures such as bridges, buildings and dams is an extremely important process to ensure their safety and structural integrity. An essential measuring tool in this process are LASER sensors, also known as LASER distance meters. LASER sensors are non-contact measuring instruments, which allow for extremely precise measurements of dimensional variations in different materials and structures. These sensors are able to detect even the smallest variations, even in the presence of vibrations and movements. LASER distance meters are able to calculate…
continuous casting measures high temperature

Control of the casting of molten materials with LASER distance meters

Controlling the casting of molten materials is a crucial phase of the industrial production process, as it has a direct impact on the quality of the final product. To get the best possible results, it is essential to use the most advanced and accurate measuring tools. In this context, LASER sensors are an ideal solution for non-contact measurement. LASER sensors are highly precise and reliable measuring instruments, used to detect variations in distance, displacement, orientation and shape of objects. LASER distance meters, in particular, are widely used in the metal industry, for the control of castings of …
construction lumber measures length of wood beams

Length measurement of bars, tubes and beams with LASER distance meters

Laser distance meters are essential for measuring the lengths of products made of bars, tubes or beams in compliance with the strict quality control standards required by Industry 4.0. LASER technology not only guarantees the absence of physical contact between the sensor and the material but also guarantees a high measurement speed. This feature makes the LASER distance meter suitable for measuring moving objects with the possibility of making the "flying cut" of the material. Thanks to the use of these sophisticated instruments, operators can carry out measurements with extreme precision and without any physical contact with the material of interest …
automatic warehouse measures trolleys position

Control of the position of trolleys and slides with LASER distance meters

The control of the position of trolleys and slides with LASER distance meters is one of the most used techniques in the industrial field for the non-contact measurement of moving objects in automatic warehouses and goods handling systems. In particular, these measuring instruments are very popular in the logistics and transport sector, where reliable positioning of moving parts is essential to ensure the quality of the goods picking and placing process. LASER distance meters are sensors capable of measuring the distance between two points with great precision without the need for physical contact. These …
dam barrier large structure

Large size measurement with LASER distance meters

LASER distance meter technology has been revolutionary for the measuring instruments sector. Thanks to the high-precision laser sensors, these instruments allow you to perform non-contact measurements on large dimensions. LASER sensors can accurately detect the distance between two points, allowing technicians to perform a wide variety of measurements, from simply checking the length, width, position and deformation of an object to creating detailed maps. In particular, LASER distance meters are widely used in the construction industry, on building sites and in the heavy carpentry sector, where it is necessary to perform …
paper roll coil production

Measurement of the diameter of coils and coils with winding control

Measuring the diameter of spools and coils is a fundamental process in many industrial sectors. For this reason, measuring instruments are essential to ensure the quality of the final product. The measurement of the diameter can be carried out with mechanical instruments such as calipers, micrometers or contact feelers but it is also possible to use measuring instruments that allow non-contact measurement. These instruments include triangulation LASER sensors and LASER distance meters. The triangulation LASER sensors are able to measure the diameter with a very high precision, thanks to their ability to detect even …
Radius and diameter measurement with archimeters

Radius and diameter measurement with archimeters

The DIACHECK-CT series digital radius and diameter gauge allows direct and instantaneous reading of internal or external radii or diameters in a range between 100 and 10000 mm. The DIACHECK-CT series high-precision digital radius and diameter gauge is designed to measure the radius of cylindrical objects such as pipes, profiles and calenders quickly and accurately. This measuring instrument allows the measurement of the radius of curvature or, of the internal or external diameter of a certain part using the method of measuring the circumference based on three points. Technical features …
RODER measures the thickness of skins and banner masterimage common products

Thickness measurement with fork feeler gauges for production lines

Thickness measurement is one of the main activities in manufacturing processes in industry and laboratory. The choice of the appropriate equipment is essential to ensure the precision required in the production process. An effective way to accurately measure thickness is to use contact-friendly thickness gauges, also known as digital contact gauges or contact micrometers. Contact thickness gauges are precise measuring instruments with a range of 0 to 300 millimeters (12″). They are equipped with touch probe systems that allow accurate and efficient thickness measurement. Furthermore, …
astech velocimeters for non-contact speed and length measurement

Speed ​​and length measurement without contact with optical instruments

Optical velocimeters are a vital tool for measuring speed and length on the production line. They are non-invasive devices that can accurately measure speed and distance in a short time. These instruments use optics, light sources and sophisticated electronics to measure speed accurately, without physical contact with the material being measured. They are mainly used in the process industry, but also have applications in other industries such as aerospace, electronics and medical products. An optical velocimeter can be used to measure both speed and length of the production line…
battery-powered portable strobe for preventative maintenance

Stroboscopes for high-speed optical analysis

Portable LED and Xenon stroboscopes have a big impact in high-speed optical analysis in production lines. These devices allow you to carry out preventive maintenance activities, the analysis of repetitive phenomena and slow vision. As changeover times on production lines become increasingly faster, the devices are able to provide a detailed view of production quality immediately after the line starts. The information that is acquired with this method can be used to increase the productivity of production lines, while reducing waste and costs. LED stroboscopes…
Ultrasonic thickness gauge for thickness and corrosion limit measurements

Ultrasonic thickness gauges for corrosion monitoring

Ultrasonic thickness gauges are a valuable tool for corrosion monitoring and quality control. These are devices that use ultrasound to measure the thickness of materials such as metals, alloys, plastics, and ceramic compounds. They are used in a variety of industrial fields ranging from corrosion analysis, thickness measurement, preventive maintenance, to pipeline analysis and tank thickness control. Ultrasonic thickness gauges allow you to determine structural integrity or structural integrity during structural and protective inspections. They also provide detailed information on the internal condition of the examined material and can identify any problems…

Deepening

Quality control in the construction of industrial plants is essential. Measurement accuracy is a prerequisite, as any error can lead to problems in terms of efficiency, safety and costs.

For this reason, the use of advanced measuring tools is increasingly common, including laser distance meters. Thanks to their ability to make non-contact measurements, these instruments allow you to obtain high precision data quickly and efficiently. They can be used to measure both distances and dimensions, making it possible to verify the characteristics of different parts of the installation.

In support of distance meters, we find LASER sensors, which can be used to carry out precision measurements even in particularly hostile environments. They are highly sensitive instruments, capable of collecting information even on reflective and irregular surfaces.

Archimeters are used for radius measurements: instruments capable of calculating curve lengths and distances between two distant points, both in straight lines and with a curvilinear path. They can be used for the construction of piping systems or for measuring distances between heavy and bulky machine components.

For bends, however, the archimeters for bending machines will be required. These instruments are able to carry out precise measurements on the diameters and on the radius of curvature, detecting any imperfections. They can be used to optimize bending processes, improving the precision and quality of the final product.

Vision systems, on the other hand, have the ability to detect microscopic details. Thanks to them, it is possible to detect even the smallest imperfections and defects on the surface of the materials. This tool is essential for quality control processes.

As far as lighting is concerned, LED systems guarantee good brightness and longer life than traditional systems. They offer uniform light, which helps you see objects without causing annoying reflections or shadows.

Artificial intelligence, on the other hand, is used to process the collected data. Artificial intelligence software is able to analyze data accurately and quickly, allowing the detection of any problems or defects that would otherwise have gone unnoticed.

Industrial stroboscopes allow you to measure the rotation and speed of moving parts. Thanks to the strobe light, it is possible to slow down or stop the movement of a component and take note of its position, which is useful in the event of breakdowns or malfunctions.

Finally, torque transducers are instruments used for torque control. They are able to measure the force applied to a wheel or other rotating component, allowing verification of the accuracy and efficiency of the system.

In conclusion, the construction of industrial plants requires sophisticated and advanced tools to guarantee high levels of precision and greater efficiency. The tools described are just some of the many devices used for quality control, all aimed at creating superior quality industrial plants.

Contacts and advice

For more information or for an application consultancy you can contact:

RODER SRL
Via Aldo Moro 15/A – Oglianico (TO) – Italy
Telephone : +39-0124-34301
Mail: info@roder.it
Systems and integration division website: http://www.roder.it

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