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 …
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…
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 …
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…
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 …
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 …
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 …
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 …
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, …
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
In the nautical and naval sector, the precision of dimensional measurements is essential to guarantee the safety and reliability of the boats.
To this end, the market offers various technological solutions based on laser distance meters, laser sensors, archimeters for measuring beams and bending machines, vision systems, LED illuminators, artificial intelligence, industrial stroboscopes and torque control torque meters.
LASER distance meters are non-contact measuring instruments that use the reflection of a laser beam to determine the distance between two points.
Thanks to their precision and the possibility of making remote measurements quickly, these instruments are used in the analysis of the water lines of boats and in the control of dimensional tolerances for the construction of mechanical parts and metal carpentry.
LASER sensors, on the other hand, are used in quality control systems for checking the size and geometry parameters of the surfaces of the structural elements of the boats.
Thanks to their resistance to bad weather and vibrations, they are particularly reliable in even extreme marine environments.
Radius archimeters are devices used to accurately measure the radii of curved surfaces.
They are essential in the production of structural parts with curved shapes, such as propellers or turbines.
The archimeters for bending machines, on the other hand, are indispensable when bending metal sheets and pipes for the construction of structural parts.
Vision systems find application in verifying the structural integrity of boats, checking in real time for the presence of any breakage or deformation of the structures.
These systems exploit the acquisition of images through high resolution digital cameras to identify any imperfections.
LED illuminators, featuring superior brightness and chromatic quality compared to other light sources, are commonly used for visual inspection of mechanical parts or electronic circuits on board.
Artificial intelligence is one of the latest technological developments in the quality control industry.
Solutions based on these techniques are used to automatically and systematically analyze the measurements made, obtaining useful information to optimize production and guarantee maximum product quality.
Industrial stroboscopes are used to check the rotation speed of motors and moving mechanical parts, while torque control torque meters allow you to measure the effective turret exerted on the caps of bottles and other containers intended to contain liquids.
In conclusion, the nautical and naval sector requires the use of advanced and mutually complementary measuring instruments to guarantee maximum efficiency and safety of the boats.
Thanks to continuous technological evolution, the solutions available on the market can meet the needs of each customer, constantly improving performance and minimizing any inefficiencies.
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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