1.05亿元！西安理工大学近期大批仪器采购意向

Core Viewpoint - Xi'an University of Technology has announced multiple government procurement intentions for instruments and equipment, totaling 106 items with a budget of 105 million yuan, expected to be procured between March and April 2026 [1][2]. Procurement Overview - The procurement includes high-frequency high-energy solid-state laser systems, industrial hyperspectral near-infrared visual inspection systems, semiconductor material mechanical performance analysis systems, ultrafast intelligent wide-spectrum precision detection systems, and tracking three-dimensional laser scanners [2][3]. Detailed Procurement List - The procurement list features various advanced instruments, including: - High-frequency high-energy solid-state three-wavelength pulse laser system with a budget of 202 million yuan [4]. - Industrial hyperspectral line array near-infrared visual inspection system with a budget of 68 million yuan [5]. - Semiconductor material mechanical performance analysis system with a budget of 75 million yuan [5]. - Ultrafast intelligent wide-spectrum precision detection system with a budget of 200 million yuan [5]. - Tracking three-dimensional laser scanner with a budget of 65 million yuan [6]. Specific Instrument Functions - The high-frequency high-energy solid-state laser system aims to achieve specific wavelengths and pulse energy requirements for various applications [4]. - The industrial hyperspectral visual inspection system is designed for surface defect detection and quality control in industrial applications [5]. - The semiconductor material analysis system focuses on non-destructive stress detection and high-performance computing for semiconductor devices [5]. - The ultrafast detection system integrates multiple functionalities for precise material testing and intelligent detection processes [5]. - The tracking laser scanner is intended for accurate measurement and scanning of large components with complex surface designs [6]. Expected Impact - The procurement is expected to enhance research capabilities in various fields, including materials science, optical engineering, and environmental science, by providing critical technological support [10].