News

DeXun had the distinct honor of welcoming Secretary Zhu and Professor Shao from Jiaxing University to our headquarters today for an in-depth site inspection and high-level dialogue. The visit marks a significant step forward in exploring a dynamic and mutually beneficial collaboration between academia and industry. The delegation was warmly received with a ceremonial welcome, underscored by the celebratory spirit of—a fitting symbol of the excitement and optimism surrounding this potential alliance. Secretary Zhu and Professor Shao were given a comprehensive tour of our facilities, where they observed our operational workflows, quality control systems, and cutting-edge technological infrastructure firsthand. The site inspection provided our distinguished guests with a tangible understanding of our production capacity, innovation pipelines, and commitment to industry best practices. Following the tour, both parties engaged in extensive discussions centered on talent cultivation, joint research and development, technology transfer, and the establishment of a long-term internship and employment bridge for Jiaxing University’s outstanding graduates. The conversation was marked by a shared vision for integrating theoretical excellence with real-world industrial application—a synergy that promises to drive meaningful progress in our respective fields. "We are truly inspired by the caliber of thought leadership and academic rigor that Secretary Zhu and Professor Shao bring to the table," said Zhu at Dexun. "This visit is not merely a formality; it is the beginning of a dialogue that we believe will yield substantial outcomes for both our organization and the university community. We are fully committed to turning this shared vision into actionable results." Secretary Zhu echoed these sentiments, noting, "Jiaxing University is dedicated to expanding its industry partnerships to enhance our research impact and student development. The professionalism and forward-thinking approach demonstrated by DeXun today give us great confidence in the future of our cooperation." Both sides agreed to formalize a roadmap for collaboration in the coming weeks, with initial projects expected to launch within the next quarter. The visit concluded with a renewed sense of purpose and a mutual pledge to nurture a partnership that will benefit not only both institutions but also the broader regional innovation ecosystem. Looking forward to a fruitful partnership ahead!  

[Ho Chi Minh City, Vietnam] – [ May in 2026] –Zhejiang Dexun Instrument Technology Co.,Ltd., a global leader in dimensional metrology, successfully concluded a dynamic exhibition at the Vietnam Manufacturing Expo this May, introducing its comprehensive range of high-precision inspection equipment to Southeast Asia’s rapidly growing industrial sector. Attendees at the company’s booth were offered live demonstrations of cutting-edge technology designed to solve the most challenging quality control tasks, from non-contact optical inspection to high-accuracy surface and roundness analysis. Non-Contact & Optical Metrology Takes Center Stage With Vietnamese manufacturers increasingly adopting automation and miniaturized components, the demand for high-speed, non-contact solutions has surged. Zhejiang Dexun Instrument Technology Co.,Ltd. highlighted several systems, including: Automatic Video Measuring Machines & Video Measuring Systems: These systems provided visitors with hands-on experience in fast, repeatable 2D and 3D dimensional analysis. Vision Measuring Machines & Optical Measuring Machines: Ideal for complex parts, these units demonstrated superior edge detection and multi-sensor capabilities. 2D Image Measuring Machines & Optical Measuring Instruments: Live feeds showed how these tools efficiently measure stamped, formed, and electronic components. Video Measuring Instruments: Compact and powerful, these units attracted attention from electronics and medical device manufacturers. Advanced Surface & Contour Profiling Beyond dimensional inspection, the company also addressed surface finish and form tolerances: Roughness Profilometers & Profilometers: Engineers demonstrated how these instruments precisely measure surface texture parameters critical for automotive and precision engineering. Profile Measuring Machines & Contour Measuring Machines: Live scanning of complex contours showed unmatched accuracy for turbine blades, molds, and automotive gears. Roundness Testers & Roundness Measuring Instruments: Bearing and shaft manufacturers showed strong interest in these systems for evaluating circular form errors and harmonic components. Complete Dimensional & Form Measurement Portfolio Other highlighted solutions included: Image Measuring Instruments for rapid shop-floor inspection. Profilometers for research-grade surface analysis. Vision Measuring Machines with advanced zoom optics. About Zhejiang Dexun Instrument Technology Co.,Ltd. Zhejiang Dexun Instrument Technology Co.,Ltd. specializes in the R&D and manufacturing of high-precision metrology equipment, including video measuring instruments, optical measuring machines, roundness testers, and profile measuring systems. Our solutions serve the automotive, aerospace, electronics, and precision machinery industries worldwide.

[Zhejiang,13/4] – In response to a sustained global increase in demand for high-precision quality control equipment, our manufacturing and logistics teams are currently operating at full capacity to manage an exceptionally busy shipping schedule. We are experiencing a record-breaking volume of orders across our entire product portfolio, including video measuring instruments, vision measuring machines, and optical measuring instruments. From optical measuring machines and video measuring systems to roughness profilometers and profilometers, each system is undergoing rigorous final calibration before being packed for immediate dispatch. The recent surge spans all categories, from automatic video measuring machines and 2D image measuring machines to contour measuring machines, profile measuring machines, and profile measuring instruments. Additionally, we are seeing particularly high demand for roundness testers and roundness measuring instruments, as manufacturers increasingly seek comprehensive geometric inspection in a single source. "Our shipping docks have never been this active," said [Name], [Title] of the company. "To ensure on-time delivery of every image measuring instrument, video measuring machine, and vision measuring machine, we have added extra shifts and expanded our logistics team. Whether it is a roughness profilometer for surface finish or a roundness tester for rotational parts, every order is being processed with the same priority." The company has also streamlined its packaging and documentation processes for optical measuring instruments and profile measuring machines to prevent bottlenecks. Customers can expect real-time tracking updates once their video measuring instrument or contour measuring machine leaves the factory. For inquiries about new orders of profilometers, roundness testers, or any automatic video measuring machine, please contact our sales support team. We thank our global customers for their trust and patience as we work diligently to ship every vision measuring system and optical measuring machine as quickly as possible. About the Company Specializing in non-contact and contact metrology, we provide precision video measuring systems, roughness profilometers, roundness measuring instruments, and 2D image measuring machines for quality assurance in automotive, aerospace, medical device, and electronics manufacturing.

Zhejiang Dexun Instrument Technology Co., Ltd., a leading manufacturer and supplier in the field of precision measurement, proudly showcased its extensive product portfolio at Exhibition in Shanghai. The company demonstrated its expertise as a one-stop solution provider for metrology and batch testing needs. Visitors to the booth experienced live demonstrations of a wide array of instruments, including the Manual, Semi-automatic, and Full-automatic Video Measuring Instruments, as well as the High precision automatic and Gantry Video Measuring Instruments. Also on display were the Flash Video Measuring Instrument and the Automatic fast splicing Video Measuring Instrument, highlighting the company’s capability to handle complex inspection tasks with speed and accuracy. Complementing these were the Roughness tester and Roundness tester, essential for surface and form measurement. As a trusted detector manufacturer, Zhejiang Dexun emphasized its commitment to quality control and production efficiency. The event served as a key platform for the company to connect with global suppliers, manufacturers, and end-users, reinforcing its role as a reliable partner in industrial metrology.

Dexun Measurement Instruments, a leading manufacturer of advanced metrology solutions, is experiencing a significant surge in demand. Today, the company celebrated the latest milestone in its growth story with the mass shipment of multiple high-precision Video Measuring Machines and Testing Devices to customers across various industries. The loading bay was filled with activity as dozens of units—destined for electronics, automotive, and precision manufacturing facilities—were carefully secured for delivery. This large-scale batch shipment underscores Dexun's robust production capacity and its ability to meet the rising global need for reliable quality control equipment. "As manufacturers worldwide push for higher efficiency and zero defects, the role of precise Metrology has never been more critical," said the Production Director at Dexun. "Our Video Measuring Instruments are engineered to excel in batch detect scenarios, offering the speed and repeatability that modern production lines demand. Seeing them leave our facility in these volumes is a testament to the hard work of our team and the strength of our technology." The recent influx of orders highlights a growing preference for Dexun's integrated approach to dimensional measurement. Each Testing device combines stable mechanical performance with advanced software, ensuring that clients can maintain rigorous standards from prototype to mass production. Dexun extends its sincere gratitude to its global customer base for their continued trust and partnership. This wave of shipments not only represents business growth but also reinforces Dexun's commitment to being a reliable pillar in the manufacturing supply chain. Looking forward, Dexun is dedicated to continuous innovation in the field of Metrology, developing smarter and more accessible Video Measuring Machines to empower the factories of the future.                              

Official Notice of Chinese New Year Holiday   We are writing to inform you of our upcoming Chinese New Year holiday arrangements.   Holiday Period: February 14 to February 23, 2026 (10 days in total)   During this time, our company will be temporarily closed. We will resume normal business operations on February 24, 2026.   Please note that responses to inquiries, order processing, and shipments may be delayed. We kindly ask you to plan your orders and communications accordingly to minimize any inconvenience.   We sincerely appreciate your continued support and understanding. Wishing you a prosperous, joyful, and safe Chinese New Year!

  Team Building Success!   What an amazing day! Our team bonded, laughed, and created unforgettable memories. From exciting challenges to shared victories, we proved that teamwork makes the dream work. A huge shoutout to everyone for the energy and spirit—you made it special. Let’s carry this momentum forward

Dexun Company Team Building: Fun, Food, and Stronger Bonds! Employees at Dexun Intelligence recently enjoyed a fantastic team-building day! The event was all about having fun, relaxing together, and building stronger connections outside the office.   The team spent the day at a local park. Everyone joined in lively outdoor games and friendly competitions. Laughter filled the air as colleagues worked together in teams, solving challenges and cheering each other on. Sharing delicious food during a picnic lunch was another highlight, giving everyone time to chat and relax.   "It was wonderful to see everyone having such a great time together," said the HR Manager. "Events like this are so important. They help us work better as a team, boost morale, and remind us we're all part of the Dexun family."   The day was a big success! Employees left feeling refreshed, more connected to their colleagues, and energized. Dexun Intelligence believes a strong, happy team is key to success and looks forward to more events like this in the future. It was a perfect mix of fun, teamwork, and sunshine!    

This instrument uses the Cartesian coordinate measurement method. Specifically, the X-axis and Z1-axis sensors map the coordinate points of the measured part's surface profile. The electrical components transmit the coordinate data measured by the sensors to the host PC. The software processes the collected raw coordinate data through mathematical operations and marks the required engineering measurement items. This instrument can already compete with imported foreign instruments in terms of performance. All indicators have reached international standards. The instrument complies with the national standards GB/T3505-2000, GB/T6062-2001, GB/T10610-1998, and international standards ISO5436, ISO11562, ISO4287.  

You are invited to meet us at our exposition in Jakarta . Contact us and reserve your meeting by emailing dexunmeasuring@gmail.com or WhatsApp +8617816118683. Look forward to seeing you there! In the exposition, you can see our Video Measuring Machine, Profilometer and other products.

As a fast three-dimensional measuring equipment, it replaces the traditional three coordinate measuring instrument. Its characteristic is that it does not need to contact with the actual product, and accurate geometric measurement is achieved by grasping the boundary features and surfaces. Products. But with a good image measuring instrument, how can the camera manufacturer ensure the accuracy and efficiency of measuring products?1. Ensure that the image measuring instrument is in the effective calibration cycle: the image measuring equipment will have obvious measurement uncertainty when leaving the factory. This uncertainty represents the range of errors that may occur when actually measuring the product, but after the equipment has been used for a period of time. Whether the product can still be measured with sufficient accuracy requires an annual calibration certificate. Generally, image measuring instruments are the same as traditional three coordinate measuring instruments. This is an annual precision calibration method. It is verified by the manufacturer or authorized equipment calibration mechanism and can be traced back to international standards. Whether the accuracy reaches the standard depends on the specific value of the accuracy report. Of course, you can also ask a third-party verification agency to perform accuracy verification and labeling, but this process is not necessary because the return accuracy of the equipment cannot be guaranteed. How to measure quickly and accurately by camera measurement manufacturers2. Be familiar with part drawings and measurement requirements: the program programming method of image measuring instrument of mobile bridge CMM is the same as that of CMM. A three-dimensional coordinate system can be established, and geometric tolerances can be evaluated under coordinate reference. Therefore, in combination with measurement requirements and reference locations, place components and measure as many dimensions as possible at one access location to improve detection efficiency. For the feature boundary or plane that becomes the reference, if there are good boundary conditions and flatness, the measurement location and repeatability of other features will be well protected. In addition, the programmer of the imager needs to be familiar with the boundary position of the corresponding product drawing to prevent the wrong boundary.3. Preparation before programming: In order to ensure the batch use of the measurement program, without reference, first locate the workpiece, find stable features, find the origin, and point out the axial and zero height respectively. Recording and ensuring consistency are necessary conditions for implementing batch measurement.4. Experience accumulation in image measurement: for different product boundaries, different light sources and light intensities need to be matched, such as contour edges, weak edges, chamfers, etc. The measurement personnel of image measurement instruments need to constantly accumulate experience.5. Optimization of image measurement program: according to the measurement needs and measurement magnification, the gantry type image measuring instrument will arrange the measurement path as a whole, so that the measurement platform can complete the measurement in order or path, clockwise or counterclockwise, and compress the single measurement time as much as possible.

You are invited to meet us at our exposition in Vietnam . Contact us and reserve your meeting by emailing dexunmeasuring@gmail.com or WhatsApp +8617816118683. Look forward to seeing you there! In the exposition, you can see our video measuring machine, profilometer and other products.

  With the increasing demand in the automotive industry, a specialized image measuring instrument for detecting automotive seals has also emerged in the market. Image measuring instruments have become indispensable testing equipment for automotive seals. Next, we briefly analyzed the requirements of Dexun testing equipment and automatic image measuring instruments for the detection of automotive sealing strips. Image tester is a new type of high-precision and high-tech measuring instrument that integrates optical, mechanical, electrical, and computer image technology. Image detectors can detect the contours, surface shapes, dimensions, angles, and positions of various complex workpieces, especially the advantages of microscopic inspection of precision complex parts and the application of automotive seals. Therefore, image detectors have also been widely used in the automotive industry. After rapid development in recent years, image testers use non-contact image probes for measurement, use digital image processing technology to extract coordinate points of various complex shaped workpiece surfaces, and then perform coordinate conversion and data processing. Technology converts geometric elements into coordinate measurement space to calculate the measured workpiece. According to the actual size, shape, and position relationship, for soft products with sealing strips, automatic programming and measurement can be carried out according to the needs of customer workpieces. It has the characteristics of high precision and non-contact, effectively improving the quality of automotive sealing strips. The above is the content of the manufacturer of Dexun detection equipment's one click image measuring instrument. I believe you will have a deeper understanding of this. If you have friends who need to purchase or want to learn more about this aspect, you can contact Dexun detection equipment at any time to learn more information. Dexun Testing Equipment is committed to providing complete micro and nano measurement solutions for the high-tech field. Dexun testing equipment has a completely independent brand system. Provide complete product supply and after-sales service from key links such as research and development, production, and sales. At present, Dexun testing equipment has a certain market both domestically and internationally, and has a high brand awareness. In the future, it will continue to develop towards high-speed and high-precision measurement products.

Automatic image measuring instrument is an artificial intelligence modern optical non-contact measuring instrument developed on the basis of digital image measuring instrument for automatic metallographic polishing mill. It inherits the excellent motion accuracy and motion control performance of digital instruments, and integrates the design spirit of machine vision software. The current advanced optical dimension testing equipment. The fully automatic image measuring instrument produced by Yihui Photoelectric Co., Ltd. can easily and quickly classify the coordinate measurement and SPC results, meeting the increasingly prominent requirements of modern manufacturing dimension detection: faster, more convenient and more accurate measurement requirements, and solving another bottleneck technology of manufacturing development.The automatic image measuring instrument is based on machine vision, automatic edge extraction, automatic horsepower, automatic focusing, measurement synthesis, image synthesis and other artificial intelligence technologies. It has automatic measurement of "where to go", automatic measurement of CNC positioning, and automatic learning batch measurement. Image map targets guide excellent functionality. At the same time, the automatic focusing process based on machine vision and micro precision control can meet the needs of auxiliary height measurement under clear angiography (it can also be added to the contact probe to complete coordinate height measurement). Excellent software performance supports spatial coordinate rotation, batch measurement can be carried out by randomly placing workpieces, and fixtures can be used for large-scale scanning measurement and SPC result classification. The imager manufacturer is an advanced stage of image measurement technology, which is characterized by high intelligence and automation. Its excellent hardware and software performance makes coordinate dimension measurement convenient and fast. It has automatic learning function based on machine vision and process control. It can take the measurement process, focus and selected path according to the high-speed and accurate micro position of the digital instrument. Point, function switching, manual correction, optical matching and other operations are self-learning and memory. The automatic image measuring instrument can easily understand all the actual operation processes of the operator, and combine automatic focusing and area search, target locking, edge extraction, and fuzzy calculation of point selection to achieve artificial intelligence, which can automatically correct differences and workpiece positions. The offset caused by the difference makes it possible to select points accurately with high accuracy and repeatability. Therefore, the operator can get rid of fatigue, frequent selection, repeated walking, function switching and other monotonous operations of accurate visual alignment and increasingly onerous tasks to be tested, and the workpiece batching efficiency is improved hundreds of times to meet industrial sampling and inspection. Mass testing is required.  

The optical video measuring instrument is a high-precision and high-efficiency photoelectric measuring instrument composed of high-resolution CCD color camera, continuous zoom objective, PC display, transfer box, precision optical ruler, two-dimensional data measurement software, high-precision workbench, etc. Mainly used for two-dimensional measurement and can also be used for three-dimensional measurement.   Photoelectric image measurement is currently one of the most accurate and effective measurement methods. The working principle is that the measured workpiece (placed on the workbench) is illuminated by the surface light or contour light of the LED (base), and the image is captured in the casing of the zoom objective color CCD camera, and then passed through the S terminal. On the other hand, the video crosshairs generated by the software on the monitor are used as reference lines for measurement. The optical ruler and the X and Y directions are moved by the workbench, and the measurement data is processed and displayed on the computer by the conversion card to complete the measurement work.       The overall structure of an optical video measuring instrument can be divided into three parts:       (1) The main body of the instrument structure includes: instrument base, column, Z-axis transmission, X, Y workbench, and X, Y rod transmission mechanism;       (2) Image system;       (3) Zoom lens, zoom range 0.7-4.5x, total video magnification 34-220x, color CCD camera in hood: The image captured by the zoom lens is converted into an electronic signal, which is then transmitted to the 17 "color display through the S terminal. For measurement and aiming, a cross line for alignment and edge finding is generated, and the contour line needs to be grounded.

  In the precision image detector, according to the specific image of the instrument, it can be divided into two categories: anime image measuring instrument and coordinate measuring machine. They are two commonly used instruments in industrial production. When customers purchase instruments and measuring instruments, they only choose one according to their own needs. Then we need to classify each precision instrument into manual and automatic types according to its working mode. In today's precision image detection industry, whether it is anime or three-dimensional, the artificial platform has gradually been replaced by the full-automatic video measuring instrument. Therefore, what are the advantages of fully automated applications compared to manual ones?Whether it is anime precision testing instruments or other daily necessities, we should choose them. When we choose them, the final factor to consider is the cost performance ratio. Only cost-effective products can ultimately gain favor. Is the cost-effectiveness of automatic image measurement instruments better than manual testing instruments? Compared to manual machines, the price of automatic machines is not comparable to that of manual machines. The price of manual instruments is only tens of thousands, while the price of automatic instruments is hundreds of thousands, so automatic machinery has no advantage in this area. Then we will compare their performance. The manual and automatic operation modes are different, so the performance is also very different. Due to the factors of manual operation, the manual platform will produce a large number of human errors in the detection process, which will greatly reduce the accuracy of manual secondary components in the detection and the accuracy of automatic and manual platforms. Due to manual control, there is also a significant gap in detection efficiency compared to automated platforms, making it unable to meet the needs of a considerable number of customers.

  As a visual detection technology, image measurement instrument technology must complete quantitative analysis and measurement. Measurement precision has always been a key indicator value for the pursuit of perfection in this technology. Image measurement instrument system software generally uses image sensor devices such as CCD (positive charge coupled components) to obtain image information, transform it into analog signals, and collect them into electronic computers. Then, image processing technology is used to solve the data image data signal. Obtain various images as needed. According to the application of correction techniques, the image specification information in the final image plane coordinates is transformed into specific specification information in the world coordinate system, thereby completing the calculation of specifications, appearance, and positional deviations. In recent years, due to the rapid development trend of industrial production and the improvement of production and processing technology, there have been many products with two extreme specifications, namely larger and smaller sizes, for fully automatic coordinate measuring machines. For example, measuring the external specifications of airports, important components of large machinery, such as high-speed trains, and critical value specifications of small components, are used in the miniaturization development trend of various equipment. The measurement of important micro specifications, such as microelectronics and microbiology technology, has created new daily tasks for detection technology. Image measurement instrument technology has a wider range of measurement categories. It is very difficult to apply traditional mechanical equipment measurement in both large and small categories. Image measurement instrument technology can produce a certain proportion of the measured object based on precision regulations. Reduce or increase in size for daily tasks that cannot be completed by mechanical equipment measurements. Therefore, whether it is large-scale measurement or small-scale measurement, the key benefits of image measurement instrument technology are self-evident. Generally speaking, components with specifications ranging from 0 millimeters to 10 millimeters are referred to as small components, which are internationally defined as mesoscale components. This type of component has a high precision requirement, usually within the range of μ M-level, complex construction, traditional inspection methods cannot consider measurement. Image measurement instrument system software has become a common method for measuring small components. The main task is to use optical lenses with sufficient magnification on the paired image sensor to view the important characteristics of the test component (or the tested component) for imaging. Obtain images that include the overall measurement target information that meets the requirements, and collect the images into an electronic computer using an image data acquisition card. Then, use the electronic computer to carry out image resolution and calculation to obtain measurement results.The key development trends of image measurement instrument technology in the small parts industry of the three eye upright analytical microscope are as follows:1. Further improve measurement precision. With the continuous improvement of industrial production standards, the precision requirements for fine parts will be further improved, thereby enhancing the accuracy of image measurement instrument technology in measuring precision. In addition, with the rapid development trend of image sensor devices, high pixel devices have also created standards for improving the precision of system software. In addition, further scientific research on sub resolution and super-resolution technologies will also provide technical guarantees for improving the precision of system software.2. Improve measurement efficiency. The application of small parts in the field has been improved at the geometric level, and 100% online measurement of complex daily tasks and production of manufacturing solid models must be efficiently measured. With the improvement of hardware configuration capabilities such as electronic computers and the continuous improvement of image solution optimization algorithms, the high efficiency of image measurement instrument system software will be improved. 3. Complete the transformation of micro components from point measurement to overall measurement. At present, image measurement instrument technology is limited by measurement precision, and most of them perform imaging on important characteristic areas in small components to complete the measurement of important characteristic points, which cannot measure all contours or all characteristic points. With the improvement of measurement precision, obtaining detailed images of parts and completing high-precision measurements of overall appearance deviation will be used in more and more industries. In summary, in the field of micro element device measurement, the high efficiency of high-precision image measurement instrument technology will inevitably become a key development prospect for high-precision measurement technology. Therefore, the image collection hardware configuration system software has achieved higher standards for image quality, image edge precise positioning system software correction, and other stages, which have broad application prospects and key research significance. Therefore, this technology has become a hot topic in scientific research around the world and one of the most important applications in visual inspection technology.

The image measuring instrument is a high-precision and efficient optical detection instrument composed of high-precision CCD color camera, continuously variable objective lens, color display, video road marking ultrasonic generator, high-precision grating ruler, intelligent statistical data CPU, measurement system, high-precision operating platform, and other precision machinery and equipment. The key is precise two-dimensional measurement, as well as three-dimensional measurement. It is widely used in various high-precision manufacturing industries, such as electronic components, precision mechanical manufacturing, high-precision special tools, time bombs, screw production and processing, plastic, vulcanized rubber, skeleton sealing products, camera parts, bicycle parts, automotive parts, conductive rubber, PCB printed circuit board production and processing, and other precision mechanical processing and manufacturing industries. This is one of the essential measurement and testing equipment in the measurement laboratory, laboratory, and assembly workshop of manufacturing industries such as mechanical equipment, electronic devices, instrument equipment, light industry, plastics, and their administrative agencies, scientific research and measurement verification units. There are various types of image detection instruments, various commercial service names, and common names. According to actual operation methods, it is divided into manual image detection instruments, fully automatic image detection instruments, automatic image detection instruments, and one click detection instruments. Customers can choose manual or fully automatic based on their own needs. Manual image detection instruments are more cost-effective than fully automatic image detection instruments, but their practical operation is inconvenient and time-consuming, making them unsuitable for rapid and accurate measurements on a large scale. The operation of the fully automatic image measuring instrument is simpler and faster, and it can quickly perform 3D coordinate scanning measurement and SPC result classification, meeting the increasingly prominent requirements of modern manufacturing for size detection: faster, more convenient, and more accurate measurement needs.In addition, the image detector has different specifications and models, as well as precise measurement travel. Excluding the common 300 in the sales market × 200mm, 400 × 300mm, 500 × 400mm, 600 × 500mm and 800 × Except for 600mm specifications, non-standard customization can be maintained. From handheld small-scale image detectors to giant stroke image detectors, it is possible to consider the unique and precise measurement regulations of steel parts in different manufacturing industries. When making a purchase, customers can immediately select a product itinerary that meets the precise measurement requirements. In terms of structure, there are only two types of image detection instruments: cantilever image detection instruments and gantry image detection instruments.

With the increasing demand in the automotive industry, a specialized image measuring instrument for detecting automotive seals has also emerged in the market. Image measuring instruments have become indispensable testing equipment for automotive seals. Next, we briefly analyzed the requirements of Dexun testing equipment and automatic image measuring instruments for the detection of automotive sealing strips. Image measuring instrument is a new type of high-precision and high-tech measuring instrument that integrates optical, mechanical, electrical, and computer image technology. Image measuring instruments can detect the contours, surface shapes, dimensions, angles, and positions of various complex workpieces, especially the advantages of microscopic inspection of precision complex parts and the application of automotive seals. Therefore, image measuring instruments have also been widely used in the automotive industry. After rapid development in recent years, image measuring instruments use non-contact image probes for measurement, use digital image processing technology to extract coordinate points of various complex shaped workpiece surfaces, and then perform coordinate conversion and data processing. Technology converts geometric elements into coordinate measurement space to calculate the measured workpiece. According to the actual size, shape and position relationship, the soft products of the sealing strip can be Automatic programming and measured according to the needs of the customer's workpiece. It has the characteristics of high precision and non-contact, effectively improving the quality of automotive sealing strips.   The above is the content of the manufacturer of Dexun detection equipment's one click image measuring instrument. I believe you will have a deeper understanding of this. If you have friends who need to purchase or want to learn more about this aspect, you can contact Dexun detection equipment at any time to learn more information. Dexun Testing Equipment is committed to providing complete micro and nano measurement solutions for the high-tech field. Dexun testing equipment has a completely independent brand system. Provide complete product supply and after-sales service from key links such as research and development, production, and sales. At present, Dexun testing equipment has a certain market both domestically and internationally, and has a high brand awareness. In the future, it will continue to develop towards high-speed and high-precision measurement products.

    Micromachined parts are Z's need to measure the size. It is important to know the effective method to solve the specific measurement application Z. The Application Scenarios of Measuring Instrument - Large Field of View Measurement of Micro Parts The parts and characteristics of micro machining pose a challenge to the application of new technologies in parts manufacturing and measurement. The requirements are divided into two categories: small parts can be measured in a single field of view, while larger parts with micro features require high precision and high speed. This paper will carefully study two different measurement systems to meet these different challenges. Small parts, big challengesNow everything is smaller except expectation. It is normal for the camera manufacturer to expect this year's new model to be at least 10% smaller, lighter, faster and cheaper. This continuous and stable trend of miniaturization and cost reduction has brought severe challenges to manufacturers. The dimensional tolerance for making micro fine products is stricter, the required tooling and fixtures are more complex, and the inspection accuracy requirements are higher. Inspection and measurement are part of the challenging tasks in the workshop, and new technologies are needed to cope with the micro manufacturing and assembly process.How small is the micrometer?There is no single definition of "micro", so there is no single solution to measure "micro" components. Micro parts have a wide range of dimensions and conditions, and process measurement also needs corresponding changes. Generally speaking, we divide tiny measurements into several microns to several millimeters, but even so, considering that the diameter of human hair is about 90 microns, this range is huge. Gantry type image measuring instrument, micro mechanical parts can be small and simple or small and complex. They can be fragile or solid, expensive or disposable. A common feature of micro parts is that they have very strict tolerances, so they need high precision. They are also usually manufactured in large quantities and therefore require high production volumes. The main difference between micro parts is whether the parts need high precision, high speed or ultra-high precision, high speed measurement. In the final analysis, the selection of measurement technology for micro parts requires that the measurement has sufficient accuracy and speed, so as to give fast enough feedback to the manufacturing process. This choice is not simple, because it is usually expensive to require both accuracy and speed. It is very important to choose the appropriate micro measurement tools, and it is also important to have a choice. It is often said that the "ideal" measuring system is a device like a microwave oven. You open the door, place a part in it, and press "Measure". A moment later, a comprehensive measurement report pops up. It is obvious that the manual image measuring instrument misses some operable details in this ideal scene, such as creating a measurement program that meets the requirements of the drawing, establishing a part positioning and reference, and measuring without distorting or damaging the parts to ensure that relevant features can be measured. The concept of magic measurement box is very attractive, and it is getting closer to the realization An important step on the road to an ideal measurement system is the creation of new digital measurement equipment, also known as a super large field of view measurement system. This kind of measuring equipment with digital, megapixel sequential and advanced image processing technology has become more and more accurate and suitable for the measurement of small parts.