NX-M1 | Casting X-ray Inspection System
Discover our advanced non-destructive testing equipment NX-M5 designed for various lightweight flat plate products, including gold and Li castings, auto parts, plastic products, and rubber products. Engineered for precision and cost-effectiveness, our inspection solutions offer high integration and space-saving design.
NX-M2 | Casting X-ray Inspection System
The equipment NX-M2 can experience state-of-the-art detection technology with our equipment designed for small and medium-sized products such as metal castings, welding parts, hardware products, plastic products, rubber products, and ceramic bodies. This advanced system offers precise, intelligent, and automated inspection capabilities.
NX-M5 | Casting X-ray Inspection System
Explore our versatile non-destructive testing equipment NX-M5, ideal for auto parts, casting, welds, aerospace components, and related industries. Designed to meet the diverse inspection needs of small to medium workpieces, thin-walled light workpieces, and thick gray cast iron, this equipment ensures precise and reliable detection of various defects in tires, wheels, and other castings, maintaining product quality and safety.
NX-M5C | In-line Casting X-ray Inspection System
The on-line X-ray inspection machine NX-M5C is used for automatic inspection of auto parts: The automatic optical inspection andscreening instrument developed on the basis of image detection technology system uses X-ray perspective to convert visiblelight images and uses dry Meg network to quickly input the image information of the workpiece to the pc host computer forhigh-definition imaging, automatic positioning and image processing. For pores and cracks in the image, the area and proportion of defects are automatically calculated through the measurement function to determine qualified or defective products.
NX-MT | Casting X-ray Inspection System
Discover our cutting-edge non-destructive testing equipment NX-MT designed for detecting bubbles, pores, and foreign bodies in automobile steering wheels and various small castings. This advanced system ensures precise and reliable inspection to maintain high product quality and safety.
NXT-H | High Accuracy Mounter
NXT-H is a high-end model designed by FUJI for semiconductor and high-density placement scenarios. Its core advantages lie in full compatibility with wafers/reel materials/trays, high-precision low-impact placement, and clean room adaptability. Its modular design combines advanced vision and pressure control technology, making it suitable for complex processes such as SiP modules, power semiconductors, and micro LEDs. It also achieves efficient production management and quality traceability through intelligent software.
NXT-III | Multi-Functional Modular Placing Machine
NXT-3 is a modular placement machine designed by FUJI for multi-variety and high-mix production scenarios. Its core advantages lie in flexible modular architecture, high-precision low-impact placement and intelligent production management. It supports the full range of processing from ultra-small chips to large special-shaped components, combined with advanced visual inspection and error-proofing technology, and is suitable for automotive electronics, mobile devices, semiconductor packaging and other fields with extremely high requirements for precision and efficiency. Through deep integration of software and hardware, it achieves fast changeover, efficient production and full-process quality traceability, and is one of the core equipment of intelligent factories.
NXT-R | High-End Modular Placement Machine
NXT-R takes "zero defects, zero labor, and zero downtime" as its core, and realizes efficient production and high-quality placement of multiple varieties through modular design, intelligent feeding, high-precision placement head and full-process sensor detection. Its core advantages are: Unmanned material management: The intelligent loading vehicle completely liberates the operator and reduces human errors; Full-scenario adaptation: From small chips to large special-shaped components, it is compatible with flexible circuit boards and ceramic substrates; Data-driven quality: LCR detection, 3D coplanarity scanning and other technologies intercept early defects, with a yield rate of more than 99.9%.
PCB Cleaning Conveyor | PCB Handing Conveyor
The PCB Cleaning Conveyor efficiently cleans printed circuit boards, ensuring thorough removal of contaminants. It features adjustable speed control, a robust construction for durability, and an integrated drying system for complete drying after cleaning. With a user-friendly interface and safety sensors, this conveyor seamlessly integrates with existing SMT equipment, maintaining high standards in electronics manufacturing.
PCB Flipper/Inverter | PCB Traffic Controllers
A PCB flipper/inverter is an automated device designed to flip or invert printed circuit boards (PCBs) by 180 degrees during assembly processes. It ensures proper orientation for double-sided assembly or inspection. Key features include precise alignment, smooth operation, adjustable width, and compatibility with SMT production lines. It improves efficiency, reduces handling errors, and integrates seamlessly with SMEMA standards.
PCB Stacker and Destacker | PCB Handing Loader & Unloader
A PCB Stacker and Destacker are automated machines used in PCB assembly lines to handle bare or assembled boards. The stacker organizes multiple PCBs into a stack for efficient storage or transportation, while the destacker separates and feeds PCBs one by one into production equipment. Their purpose is to improve workflow, save time, reduce manual handling, and ensure smooth and continuous operation in high-volume manufacturing processes.
PCB Turning Machine | PCB Traffic Controllers
A PCB turning machine is an automated device used in SMT production lines to rotate or flip printed circuit boards (PCBs) by 90 or 180 degrees. It ensures proper orientation for subsequent processes while maintaining precise alignment. This machine enhances production efficiency, reduces manual handling, and supports flexible manufacturing layouts in high-speed electronic assembly lines.
