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Advanced industrial microscope technology provided by Nikon Bangkok Thailand

Precise observation determines future quality. Never miss a detail with a Nikon industrial microscope. Nikon's industrial microscopes are a series of high-performance microscopes that can be used for a wide range of purposes, from inspection to analysis. Our extensive lineup of upright and inverted microscopes allows for observation at high magnification, and we offer models exclusively for reflected illumination and models for both reflected and transmitted illumination. This makes it possible to observe and analyze minute defects and quality problems in products in detail. Features Variety of models: A wide range of models, including upright and inverted microscopes, meet a variety of observation needs. High magnification observation: High resolution and magnification ability allow for clear observation of even the smallest details. Reflected and transmitted illumination: Achieve detailed observation of various samples with illumination systems that can be selected depending on the application. Quality inspection and analysis: From inspection of precision parts to scientific analysis of materials, we provide high-quality results. Purpose Product inspection: Ideal for quality control and inspection in manufacturing industries. For measuring minute defects and dimensions of products. Materials science: For analyzing the structure and composition of materials. Also active in scientific research and educational settings. Electronic component inspection: For inspection of semiconductors and printed circuit boards. Check minute circuit patterns and solder conditions. Drug development: For observation of pharmaceuticals and biological samples. Useful for detailed analysis of cell structures and tissue samples. Nikon's industrial microscopes meet the advanced inspection and analysis needs of all industries and are important tools that support quality assurance and product development. Advanced microscopy technology drives quality and innovation in everything from manufacturing to scientific research.

Nikon stereo microscopes support the frontiers of science and industry Bangkok Thailand

High-resolution zoom that captures the beauty of details in three dimensions. Explore the unknown with Nikon stereo microscopes and accelerate the development of science and industry. Nikon's stereo microscope is an innovative model that is equipped with a parallel optical system and an oblique optical system that enable stereoscopic observation, and is compatible with a wide range of applications. In particular, the top model SMZ25 boasts the world's highest zoom ratio of 25:1 for a stereo microscope, making it possible to clearly observe even the finest details. From scientific research to industrial product inspection, high resolution and extensive zoom capabilities enable precise observation and analysis. Features WORLD'S HIGHEST ZOOM RATIO: The SMZ25 model has a 25:1 zoom ratio, providing unparalleled high resolution for observing fine details. Stereoscopic observation: Understand your sample more realistically and at a deeper level with stereoscopic viewing using parallel and oblique optical systems. Wide range of uses: Can be used in a wide variety of fields, from scientific research to quality inspection and education. Advanced optical technology: Nikon's unique optical design ensures a bright and clear field of view. Designed to prevent fatigue even during long hours of work. Purpose Scientific research: Detailed observation and analysis in advanced research fields such as microbiology, botany, and materials science. Industrial product inspection: Quality control and inspection during the manufacturing process of electronic parts, precision mechanical parts, etc. Education: Used in experimental education at schools and research institutes to help students and researchers understand fine structures in three dimensions. With their high-resolution zoom capabilities, Nikon stereo microscopes enable detailed new discoveries and expand the frontiers of science and industry. From observing details to making big discoveries, Nikon stereo microscopes support your research and development.

High-precision optical measurement achieved with Nikon's autocollimator digimicro Bangkok Thailand

Precise measurement of every detail, from straightness to parallelism. Take quality to the next level with Nikon's autocollimators and Digimicro series. Nikon's autocollimator and Digimicro series are optical measuring machines and digital length measuring machines for measuring minute dimensions such as thickness, height difference, straightness and parallelism of precision instruments and electronic components with high precision. These instruments use the latest optical and digital technology to streamline quality control and inspection operations in manufacturing and improve precision. Features Autocollimator: Inspects straightness, parallelism, deflection, etc. with high precision. We provide optical measurement technology that does not overlook minute dimensional errors in products. Digimicro series: A digital length measuring machine with a built-in linear encoder that accurately measures the thickness and height differences of small precision instruments and electronic components. Highly accurate digital measurements are possible. specification Autocollimator measurement ability: Specializes in measuring straightness, parallelism, deflection, etc., making full use of the precision of the optical system. Features of the Digimicro series: Equipped with a high-precision linear encoder, capable of measuring fine thickness and step differences. Offers multiple measurement ranges and resolution options. Purpose Autocollimator: Used for measuring the parallelism and straightness of machine parts, inspecting assembly accuracy, and inspecting the accuracy of machine tools. Digimicro series: Applicable for measuring the thickness and level difference of small precision instruments, electronic components, plastic products, etc. It is widely used for everything from product development to quality assurance. Nikon's autocollimators and DigiMicro series provide cutting-edge technology for precision measurements, contributing to improved product quality and reliability. Take manufacturing quality control to new heights with detailed precision measurements.

Nikon's measuring microscopes High-precision measurement using optical technology Bangkok Thailand

Dramatically improve productivity and quality with cutting-edge optical technology. Nikon measuring microscopes bring innovation to future production sites and quality assurance departments. Nikon's measuring microscopes utilize advanced optical technology and advanced control functions to achieve highly accurate measurements at production sites and quality assurance departments. This greatly improves the efficiency of product inspection and quality control, ensuring higher product quality. Features Advanced optical technology: Nikon's unique optical design allows you to clearly observe minute parts and complex shapes. Precise measurements become easier. Advanced control functions: Equipped with functions that improve operability and reproducibility, such as automatic focus adjustment and automatic processing of measurement data. Supports efficient measurement work. Wide range of applications: Can be used in a variety of fields, including manufacturing, research and development, education, and medical care. Significantly improves the accuracy of inspection operations in the quality assurance department. User-friendly: With intuitive operability and high functionality, even users without specialized knowledge can easily perform high-precision measurements. specification Offers multiple magnification options and a wide working distance to accommodate a variety of samples. Combined with a high-resolution camera, it is easy to visualize and share measurement data. Flexible light source options allow you to select the optimal observation conditions to suit the properties of various materials. Nikon's measuring microscopes improve productivity and strengthen quality assurance in all industries that require high-precision measurements. Nikon measuring microscopes will revolutionize future production sites and quality assurance departments.

APDIS gap/step measurement system Bangkok Thailand

Nikon's APDIS Gap & Step Measurement System dramatically improves precision and speed in car manufacturing. Elevating quality control on the production line to a new dimension with high productivity and safety. Nikon's APDIS Gap & Step Measurement System offers a groundbreaking solution for automatic inspection of gaps and steps in the automotive manufacturing industry. Based on high-precision Laser Radar technology, it can inspect over 1000 vehicles per day. Utilizing a unique frequency-modulated laser beam, it performs precise measurements safely and swiftly, both on the manufacturing floor and in measurement rooms. Features Fast and Precise: The APDIS system covers over 95% of a vehicle, conducting inspections at up to 170 points per vehicle with extremely high repeatability and speed. Automated Operation: Simple linear axes and automatic adjustment functions allow for offline programming, eliminating the need for complex programming for robot synchronization. Safety: Long-distance, non-contact measurements eliminate the risk of damage to vehicles or operators, complying with international safety standards. Enhanced Productivity and Reproducibility: Equipped with multiple rail movements and long-distance measuring capabilities, the system ensures high visibility and numerous measurement points, contributing to production line optimization. Specifications Measurement Range: Accommodates vehicle lengths up to 600mm, widths up to 3600mm, and heights up to 2200mm. Dynamic Reproducibility: Average accuracy of less than 0.15mm for steps and less than 0.30mm for gaps. Measurement Speed: Supports up to a maximum conveyor speed of 140mm/sec. Safety Standards: Maintains a safe distance of more than 500mm for standoff measurements. The APDIS Gap & Step Measurement System sets a new standard in quality control for the automotive industry, supporting the optimization and efficiency of manufacturing processes.

User Revolutionizing Quality Control in Production with Nikon's APDIS Laser Radar Bangkok Thailand

Transform your production line quality monitoring with Nikon's APDIS Laser Radar. Achieve efficiency and quality improvements in manufacturing processes through fast and accurate non-contact measurements. Nikon's APDIS series, featuring the MV430 and MV450 measurement systems, represents a new generation of laser radar that revolutionizes quality control in manufacturing. This technology enables fast and automated non-contact inspection of a wide range of products, from small parts to large assembled components, significantly improving production efficiency and quality. Features High Precision Measurement: APDIS executes rapid and accurate measurements in absolute coordinates, bringing laboratory-level performance to the production floor. Non-Contact Measurement: It allows for detailed measurements from a distance without the need for probes, targets, or surface treatment. Wide Range of Applications: Suitable for inspections across diverse industries, including automotive, aerospace, energy, and manufacturing. Improved Usability: Enhanced user interface and portability simplify and streamline measurement tasks. Enhanced Productivity: Shorter warm-up times and enhanced fast feature scans increase measurement speed and productivity. Specifications Measurement Range: The MV430/MV450 models cover from 0.5m to 50m. Sampling Rate: Up to 4000Hz. Environmental Compatibility: Compliant with IP54 standards for dust and water resistance, suitable for harsh manufacturing environments. Vibration Measurement: Enhanced types can measure vibrations up to 2000Hz. The APDIS Laser Radar, which facilitates rapid quality control and high productivity on the production line, is shaping the future of manufacturing.

_A new standard for ultra-high precision scanning Bangkok Thailand

The ultra-high precision laser scanner LC15Dx is the perfect solution for precision component inspection, created by Nikon's technological capabilities. Enabling future measurements. The ultra-high precision laser scanner LC15Dx is an innovative instrument for precision measurements from Nikon. This scanner is capable of high-accuracy and high-definition scanning, and provides an ideal solution for inspection and quality assurance of precision parts. The LC15Dx was designed with the latest technology to meet the measurement challenges of industry. Features High-precision scanning: The LC15Dx offers extremely high-precision scanning, allowing you to capture every detail clearly. This ensures that even minute defects in precision parts are not overlooked. High-speed measurement: Speeding up the scanning process minimizes the time lag of quality inspection on the production line. User-friendly: Intuitive operability makes it easy to use even for users without specialized training. Flexible deployment options: Easily integrate into a variety of production environments so you can use it anywhere. specification Scanning accuracy: up to 0.2 microns Scanning range: Can cover a wide range Interface: Provides an interface that users can operate intuitively Supported formats: Compatible with various data formats and compatible with other systems The LC15Dx ultra-high precision laser scanner sets a new standard in precision component inspection. High-definition scanning capabilities contribute to improving product quality and maximizing production efficiency.

L100 Laser Scanner: Elevating CNC 3D Measurement Speed & Precision in Bangkok Thailand

The culmination of 20 years of optical measurement technology, the L100 Laser Scanner. Compared to the previous model, it offers more than double the scanning area, a 40% improvement in resolution, and a 30% reduction in probing error. It achieves a revolutionary 3D laser scanning that balances precision and productivity. The L100 Laser Scanner is a 3D laser scanner for CNC three-dimensional measuring machines, equipped with high-speed, high-precision, and high-resolution scanning capabilities. Ideal for inspecting large parts where accuracy and productivity are demanded, it surpasses previous measurement limits with Nikon's industry-leading optical measurement technology. Features High-Speed Scanning: Compared to the previous model LC60Dx, it doubles the scanning area per hour and triples the number of points acquired. Improved Resolution: The resolution is improved by about 40%, capturing more detailed data. Reduced Probing Error: Probing error is reduced by about 30%, achieving higher measurement accuracy. ESP4 Equipped: Automatically adjusts laser intensity according to the surface condition, accommodating parts made of various materials. Specifications Probing Error: 6.5µm Multi-Stylus Testing: 6µm Data Transfer Rate: 200,000 points/sec Resolution: Up to 42µm Field of View Width: Up to 110mm Laser Class: 2 Applications The L100 is suitable for a wide range of applications, including precision inspection of large parts, 3D scanning of parts with complex shapes or fine features, and improving accuracy and productivity in quality control. The L100 Laser Scanner contributes significantly to the enhancement of quality control and productivity in manufacturing with its innovative measurement technology.

Nikon's iNEXIV VMA series - High performance image measurement system Bangkok Thailand

Nikon's iNEXIV VMA series is a high-performance imaging measurement system equipped with a wide field of view and long working distance, enabling high-precision measurement of a variety of samples, from small electronic components to large PCBs. The iNEXIV VMA series combines advanced optical and image processing technologies to create a high-performance imaging measurement system with a wide field of view and long working distance. It was developed to meet the precise measurement needs across various industries, offering high flexibility and practicality. Features Wide Field Measurement: Ensures a maximum field of view of 13.3×10 mm, accommodating measurements of large samples or continuous measurement of multiple parts placed together. Long Working Distance: Achieves a long working distance of 73.5 mm across all magnification ranges, suitable for measuring objects with large steps or high bosses. Touch Probe Option: Allows measurement of dimensions and angles of parts not visible, meeting a wide range of measurement needs when used in conjunction with image measurement. Specifications Models: Offers a wide range of models including VMA-2520, VMA-4540, VMA-6555. Measurement Accuracy: Guarantees high-precision measurement with EU standard-compliant accuracy specs, meeting the strict quality control standards of various industries. Usability: Utilizes NEXIV AutoMeasure software for intuitive operation and easy-to-follow guides, facilitating efficient creation of measurement programs. Applications Electronic Components: Precise measurement of everything from small electronic parts to large PCBs. Die-Cast Parts: Measurement of parts with large steps or high bosses. Medical Parts: Measurement of medical-related parts with fine shapes or complex structures. The iNEXIV VMA series is a high-performance imaging measurement system capable of meeting advanced needs. With its flexibility and high usability, it supports a wide variety of measurement tasks, enhancing the accuracy and efficiency of quality control.

NEXIV VMZ-S Series - High-Performance Imaging Measurement System Bangkok Thailand

The NEXIV VMZ-S Series is a high-performance imaging measurement system capable of handling a wide range of samples from precision mechanical parts to semiconductors. Utilizing Nikon's optical technology, it achieves fast and accurate tolerance management down to the micron level. The NEXIV VMZ-S Series is an imaging measurement system that enables high-precision and high-speed dimensional measurements. It meets the strict quality control and efficiency needs required across various industries worldwide, accommodating measurements for automotive electronic components, semiconductors, precision mechanical parts, and molded parts. By leveraging Nikon's unique optical technology and advanced image processing techniques, it realizes precise measurements down to the details. Features High-Performance Automatic Electric Stage: Allows for the accurate measurement of multiple samples at once, significantly improving measurement efficiency. TTL Laser AF: Enables high-precision and high-speed height measurement. It accurately detects even difficult shapes, conducting continuous automatic measurement without stopping. Diverse Illumination Mechanisms: Stable automatic measurement is possible even for samples with steps or chamfers by accurately detecting the appropriate edges. Elimination of Measurement Variability by Operators: Enables reliable inspection and process control without being influenced by the operator's subjectivity or experience. Specifications Measurement Range: With models including VMZ-S3020, VMZ-S4540, and VMZ-S6555, there is a wide selection available to suit various applications. Maximum Permissible Probing Error: Achieves high measurement accuracy with PF2D at 0.8 µm and PFV2D at 0.3 µm. Illumination Method: Offers optimal lighting conditions tailored to the sample characteristics, including vertical illumination, transmission, and 8-segment ring lighting. Applications Precision Mechanical Parts: Capable of precise measurements of fine dimensions. Semiconductors: Suitable for measuring high-density wiring patterns. Molded Parts: Accommodates a variety of shapes and dimensions. Thus, the NEXIV VMZ-S Series meets the measurement needs of various samples, significantly enhancing the precision and efficiency of quality control.

XT H Series: Enhancing Quality Control with Nikon's High-Res Microfocus CT Bangkok Thailand

Achieving high-precision inspection capable of handling everything from fine parts to large products with the XT H Series—a CT system by Nikon that meets the quality assurance needs of all industries. Nikon's XT H Series represents the pinnacle of industrial microfocus CT systems. It accommodates a broad range of materials and sizes, from small plastic connectors to large aluminum castings, offering high-resolution inspections for research and development, failure analysis, and quality control. Features High-Precision Inspection: Utilizes a microfocus X-ray source with an extremely small minimum spot size, allowing for clear imaging of fine details. Non-Destructive Testing: With CT technology, it's possible to analyze the internal structure of objects in detail without causing damage. Material Versatility: Capable of inspecting components made from a variety of materials, including light metals, plastics, and composites. Flexible Applications: Supports a wide range of uses from research and development to quality assurance and failure analysis. Specifications X-ray Source: Microfocus X-ray source, with a range selectable from 130 kV to 450 kV. Maximum Inspection Size: φ500 mm x H600 mm, accommodating sample weights up to 100 kg. Resolution: The minimum spot size is 80 µm@450 kV, enabling the detection of fine defects in dense samples. The XT H Series contributes to the innovation of quality control and inspection processes across all industries. With cutting-edge technology and Nikon's quality, it enhances the reliability and safety of products.

Precision X-Ray CT Inspection for Medium-Sized Products with the VOXLS 30 Series Bangkok Thailand

From 225 kV to 450 kV, Nikon's VOXLS 30 Series realizes precision X-ray CT inspection for medium-sized products, meeting the needs for space-saving and automation in the manufacturing site. Nikon's VOXLS 30 Series X-ray CT inspection systems are compact, automation-ready, and incorporate sources of 225 kV, 320 kV, and 450 kV. They provide an ideal solution for inspecting small to medium-sized objects of low to high density, revolutionizing the inspection process in manufacturing environments. Features High-Precision Manipulator: Installed on a granite base with excellent vibration damping and thermal stability, it allows for accurate and highly reproducible positioning. Enhanced Visibility: The use of glass doors and an internal high-resolution camera improves the visibility of the object under inspection within the device. Automation Compatible: Equipped with Nikon Automation OPC UA interface, it allows for real-time adaptation to the manufacturing process. Diverse Scan Options: With various scanning modes like X.Tend helical CT, offset CT, panel shift, and half-turn CT, it enables detailed inspection of the object. Specifications Sources: 225 kV, 320 kV, 450 kV microfocus X-ray sources Scan Volume: Supports objects up to 1000 mm (φ) × 1300 mm (H) Detectors: High-resolution, high-speed flat panel detectors Manipulator: Granite base for superior mechanical stability The VOXLS 30 Series from Nikon is a high-performance X-ray CT inspection system suitable for a wide range of applications from product development to quality assurance. It is ideal for precise non-destructive testing of small to medium-sized objects, contributing to efficiency and quality improvement in manufacturing sites.

VOXLS 40C 450: Nikon Unveils Future of X-ray CT Bangkok Thailand

Nikon's VOXLS 40C 450, the industry-leading multifunctional X-ray CT inspection system. Meets all inspection requirements for various components and sets a new standard for quality assurance. The Nikon VOXLS 40C 450 is a high-performance inspection system developed using the latest X-ray CT inspection technology for industrial applications. This system is capable of quickly visualizing the detailed internal structure of complex parts and large samples in high resolution. Equipped with two high-output microfocus X-ray sources of 225 kV and 450 kV, it boasts flexibility to accommodate a wide range of material types and part sizes. Features Dual X-ray Sources: Equipped with high-output microfocus X-ray sources of 225 kV and 450 kV. Adapts to various material densities and part sizes, providing high-resolution images. High-Precision Manipulator: Achieves high mechanical and thermal stability with a granite base. Offers precise positioning and repeatability, delivering reliable inspection results. Dual Detectors: Choice of high-resolution flat panel and Nikon's unique curved line sensor (CLDA) for high-density materials. Achieves optimal image quality tailored to the application. Large Capacity Scan: Accommodates samples up to a diameter of 800mm, height of 1415mm, and weight of 275kg. Offers one of the largest scan capacities on the market. Specifications X-ray Sources: 225 kV rotating target 2.0 and 450 kV reflective rotating target. Detectors: Selection from a wide range of detectors including Varex XRD 1611, Varex XRD 1620, etc. Manipulator: 7-axis, maximum scan volume of diameter 800mm x height 1415mm, maximum load weight 275kg. The Nikon VOXLS 40C 450, with its high performance and multifunctionality, is suitable for use in various industrial fields requiring advanced quality assurance, such as automotive parts, aerospace industry, and electronic component inspection. This advanced X-ray CT inspection system contributes to improving product quality by early detection of damage and defects in products.