Used NIKON NEXIV VMZ-R6555 #293757885 for sale
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ID: 293757885
Measurement system
5-Step zoom measurement: 35x-540x
Stroke X, Y and Z: 650 x 550 x 200 mm
Maximum display unit: 0.01 µm
EUX MPE: 1.2 +4L/1000 µm
EUXY MPE: 2.0 +4L/1000 µm
Z-Axis measurement accuracy: 1.2 +5L/1000 µm
(3) Lighting types:
Vertical epi-illumination
Transmitted lighting
8-Segment LED Lighting.
NIKON NEXIV VMZ-R6555 is a high-precision automated measuring microscope designed for advanced inspection and measurement tasks in industrial environments. This sophisticated equipment combines cutting-edge optics, mechanics, and software to deliver exceptional accuracy, efficiency, and reliability in a wide range of applications, including semiconductor manufacturing, electronics production, automotive engineering, and medical device fabrication. At the heart of NEXIV VMZ-R6555 is a high-performance optical system that delivers crisp, clear images with outstanding contrast and resolution. The microscope features a state-of-the-art objective lens with a high numerical aperture and ultra-low aberrations, ensuring superior image quality across the entire field of view. The microscope is equipped with a precision autofocus unit that maintains sharp focus even when imaging complex, three-dimensional structures. NIKON NEXIV VMZ-R6555 is equipped with a versatile motorized stage that can accommodate a wide range of samples, from small electronic components to large mechanical parts. The stage features high-precision linear encoders and piezoelectric motors that enable fast, accurate positioning with sub-micron resolution. The motorized stage can be controlled manually or through the microscope's intuitive software interface, allowing users to easily navigate and inspect even the most intricate samples. To enhance productivity and efficiency, NEXIV VMZ-R6555 is equipped with a sophisticated automation machine that enables fully automated operation from sample loading to data analysis. The microscope features a programmable robotic arm that can handle multiple samples and measurement routines without user intervention, reducing the risk of human error and maximizing throughput. The automation tool is powered by advanced image processing algorithms that enable rapid feature recognition and measurement, ensuring reliable and repeatable results in complex inspection tasks. In addition to its advanced imaging and automation capabilities, NIKON NEXIV VMZ-R6555 offers a comprehensive suite of measurement and analysis tools that enable users to extract valuable data from their samples. The microscope is equipped with a powerful software package that includes a variety of metrology functions, such as dimensional analysis, surface roughness measurement, and feature recognition. The software also features advanced statistical analysis tools that enable users to assess the accuracy and repeatability of their measurements, ensuring compliance with industry standards and specifications. For added flexibility and convenience, NEXIV VMZ-R6555 can be easily integrated into existing production lines or quality control systems. The microscope is compatible with a wide range of accessories and peripherals, including robotic loaders, barcode readers, and data management systems. The asset also offers seamless connectivity with external devices and software platforms, enabling seamless data exchange and sharing across different departments and locations. Overall, NIKON NEXIV VMZ-R6555 represents a state-of-the-art solution for advanced microscopy and metrology applications in industrial settings. With its high-performance optics, precise mechanics, and intelligent software, this microscope offers unmatched capabilities for inspecting, measuring, and analyzing a wide variety of samples with speed, accuracy, and reliability. Whether used for routine quality control, process optimization, or research and development, NEXIV VMZ-R6555 is a versatile and powerful tool that can help organizations enhance their productivity, efficiency, and competitiveness in today's fast-paced manufacturing environment.
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