Assembly benches with integrated measuring and sorting station
Assembly benches with integrated measuring and sorting station are innovative tools that combine the assembly process with quality control. These systems optimise production, improve precision and reduce errors. What are assembly benches with a measuring station Assembly benches are workstations designed for assembling components. When they incorporate measuring and sorting …
Manual measuring systems for quality control and statistical calculation
In modern industrial production, the combination of advanced software and manual measuring systems for quality control is essential to ensure efficiency, quality and compliance with production requirements. Data acquisition and process control software works in synergy with callipers and micrometers, offering an integrated approach to quality monitoring and management. Data …
Machine vision systems for non-destructive quality control on the production line
Machine vision systems represent a revolution in quality control, combining advanced imaging technologies with intelligent algorithms to inspect products in real time without any physical contact. These systems improve production efficiency and ensure that every part meets the highest standards. What is a machine vision system A machine vision system …
Slow-motion cameras for video recording of combustion processes
In the world of scientific research and video production, slow-motion cameras are attracting more and more attention. This article explores how these advanced technologies are essential for recording combustion processes, providing valuable details for researchers, technology enthusiasts and professional videomakers …
Machine vision systems for visual inspection of wire ropes and structural inspection with eddy current techniques
The inspection of wire ropes is a crucial step in guaranteeing safety and reliability in many sectors, such as industry, construction and transport. The adoption of innovative technologies such as machine vision and eddy current techniques makes it possible to detect surface and structural defects with high precision. RODER SRL …
Slow-motion cameras for video recording of fractures and structural collapses
In the world of structural engineering and construction, understanding the dynamics of fractures and structural collapses is essential for improving the safety and reliability of buildings. As video technology advances, slow-motion cameras have emerged as indispensable tools for capturing these complex events in unprecedented detail …
Slow-motion cameras for recording high-speed processes
In the rapidly evolving world of technology, slow-motion cameras are emerging as indispensable tools for technicians, technology enthusiasts and engineers. These advanced devices provide a detailed, slowed-down view of processes that are otherwise too fast for the human eye, making them fundamental in various industrial fields …
Analysis of car crash phenomena
The use of high-speed cameras for slow-motion footage has become crucial in the analysis of crash tests with cars and vans. These tests are fundamental for assessing vehicle safety and understanding how the various components, such as the vehicle structure, airbags and seat belts, interact during an impact. Thanks to …
Analysis of combustion phenomena
The use of high-speed cameras for slow-motion video is fundamental for analysing combustion phenomena. These cameras, capable of recording at extremely high speeds, make it possible to observe and study events that occur too quickly to be visible to the naked eye, such as the formation and propagation of the …
Analysis of fractures caused by drop events
High-speed cameras are essential tools for analysing phenomena that occur too quickly to be observed with the naked eye, such as the breakage of objects during their fall under gravity. When an object is dropped, it undergoes acceleration due to gravity and, depending on the material, shape and impact conditions, …
Analysis and measurement of stress cracks and fractures
High-speed cameras are fundamental for the detailed analysis of physical phenomena occurring in materials under stress. When a material is brought to its ultimate tensile strength, cracks and fractures form that mark the material’s point of failure. These phenomena, often too fast and complex to observe with the naked eye, …
Analysis of crack initiation and fracture phenomena
High-speed cameras are essential tools for analysing the behaviour of objects subjected to external forces up to their breaking point. When an object is subjected to mechanical stress, deformation occurs that can lead to the formation of cracks and fractures that propagate rapidly, with dynamics too fast to observe with …
Analysis of stone fracture
High-speed cameras are indispensable tools for analysing the behaviour of stones under pressure and during fracture, a process that occurs extremely quickly and is difficult to observe with the human eye alone. These cameras, capable of recording thousands or millions of frames per second, capture the behaviour of stones during …
Analysis of the behaviour of cavitating fluids
High-speed cameras are fundamental tools for analysing the behaviour of cavitating fluids, a phenomenon that occurs when the pressure of a fluid falls below its vapour pressure, causing vapour bubbles to form and then collapse. This dynamic process, which occurs at high speed and in extremely short times, is difficult …
Analysis of ball mill behaviour
High-speed cameras are fundamental tools for analysing the dynamic behaviour of ball mills, which are used in various industrial sectors, such as the production of ceramic materials, minerals and paints. These mills operate at high speeds, and the grinding process involves complex dynamics that are difficult to observe in real …
Analysis of high-speed phenomena with slow-motion techniques
High-speed cameras are essential tools for analysing phenomena that occur at extremely high speeds. Thanks to their ability to record thousands or millions of frames per second, these cameras make it possible to observe and study events that would otherwise be invisible to the naked eye or with conventional cameras …
Moisture measurement of wooden and fibreglass hulls with portable meters
Correct moisture management is essential to ensure the performance and durability of wooden and fibreglass hulls. Excessive moisture content can lead to structural problems, cosmetic defects and even osmosis in composite materials. For marine professionals, carpenters and maintenance technicians, a portable moisture meter is an essential tool for precisely monitoring …
Distance and position measurement with laser distance meters
Laser distance meters are essential instruments for measuring distance, position, displacement and level, offering precision and versatility in a wide range of industrial and civil applications. Related products → Go to the industrial LASER rangefinder catalog > How laser distance meters work These devices use a laser beam that is …
Level measurement in tanks, silos or large containers with level display on remote monitors
Measuring the level in tanks and silos is crucial in ensuring stock control, preventing waste and optimizing production processes in industrial and logistics settings. Related products → Go to the industrial LASER rangefinder catalog > Advanced technologies for level measurement Modern level measurement systems use radar, ultrasonic or capacitive sensors, …
Instruments for measuring large diameters, angles and inclinations
Precision in measurement is a crucial element in numerous technical fields, from industrial maintenance work to architectural design. When dealing with quantities such as large diameters, angles or inclinations, it is essential to have reliable and highly precise instruments in order to obtain impeccable results. Related products → Go to …
Systems for measuring the position, displacement and deformation of large structures
Measuring the position, displacement and deformation of large structures is a crucial aspect of civil and structural engineering. These monitoring systems make it possible to ensure the safety, integrity and functionality of infrastructure over time. As modern structures grow in complexity, it has become essential to adopt advanced technologies that …
Application Kit for using LDM42 industrial LASER distance meters
With the AK1 Kit, the performance of LDM42 industrial LASER distance meters can be assessed in a very short time and without the help of an installer or a software engineer. Simply connect the power socket, position the distance meter in front of the target to be measured, and the …
Level measurement with LASER rangefinders and display on giant screens
Precise level monitoring is essential to guarantee safety, efficiency and optimal resource management in many industrial sectors, reducing risks and waste. Level measurement with LASER rangefinders for industrial applications. Related products → Go to the industrial LASER rangefinder catalog > Laser rangefinders: technology for level monitoring Laser rangefinders use high-precision …
Using LASER rangefinders for position and distance measurement
LASER technology is establishing itself as a key ally in professional measurement, thanks to its precision and ease of use. Today, engineers and specialist technicians can take advantage of the capabilities offered by laser rangefinders, cutting-edge instruments for the accurate measurement of distances. RODER has produced a dedicated application kit …
Distance and position measurement with industrial laser rangefinders
The LDM family of LASER rangefinders consists of a range of optoelectronic distance measuring devices for industrial applications, with an analog (4 mA to 20 mA) or digital (Ethernet, Profinet, Profibus, RS232, RS422) interface. Related products → Go to the industrial LASER rangefinder catalog > LDM series industrial LASER rangefinders …
Slow-motion cameras for recording high-speed events
In industry and engineering, precision and quality are essential requirements, which is why technologies such as slow-motion cameras are increasingly widespread. These cameras record high-speed events in great detail and are an effective tool for quality control and process analysis …
Measuring the length and position of hot materials with LASER distance meters
Measuring the length and position of hot materials with LASER distance meters is of fundamental importance for efficient process control. Measuring the length and position of hot materials is a significant challenge in modern industry. Thanks to their advanced technology, LASER distance meters offer effective solutions for obtaining precise measurements …
Measuring oscillations and vibrations of large structures with LASER distance meters
Measuring the oscillations and vibrations of large structures is of fundamental importance for safety and long-term monitoring. Oscillations and vibrations in large structures are unavoidable phenomena that can affect the stability and safety of buildings and infrastructure. Using laser distance meters to measure these parameters offers a precise and reliable …
Coil diameter and position measurement with LASER distance meters
Coil diameter and position measurement with LASER distance meters is used in many process control applications in the metallurgical and steel sector. Dimensional inspection of coils requires reliable, precise measuring instruments. Thanks to their ability to take non-contact measurements, laser distance meters offer an innovative, versatile solution. Compared with traditional …
Monitoring deformation and displacement of large structures with LASER distance meters
Monitoring the deformation and displacement of large structures with LASER distance meters is of fundamental importance for the structural inspection and monitoring sector The use of LASER distance meters in structural monitoring is an advanced approach to ensuring safety and preventing critical issues. These instruments make it possible to precisely …