医用电子内窥镜测试系统
系统专门针对医用电子内窥镜图像质量检测设计,符合 ISO 15739: 2017、ISO 15739: 2017、YY/T 1587-2018 、ISO 8600-3:2019、YY
Medical Electronic Endoscope Testing System
The system is suitable for testing medical electronic endoscope systems with various working distances, endoscope diameters, and lengths. It extends the standard testing functions of various products such as disposable electronic endoscopes, colonoscopes, and bronchoscopes, upgrades automation components, and improves the repeatability and accuracy of testing. It is suitable for quality control and design verification of products by endoscope manufacturers, product quality inspection and supervision, as well as scientific research.
医用内窥镜光纤测试系统
医用内窥镜-照明系统主要由光纤与冷光源两部分组成。光纤在临床使用中,反复受弯曲、拉扯、插拔等机械应力作用,极易使其内部光纤折断;频繁污损使用致使光学性能下降明显。其产品性能检测是医用
Medical Endoscope Fiber Optic Testing System
The medical endoscope illumination system mainly consists of two parts: optical fiber and cold light source. In clinical use, optical fibers are repeatedly subjected to mechanical stresses such as bending, pulling, and insertion, which can easily cause internal fiber breakage; Frequent staining and use lead to a significant decrease in optical performance, and product performance testing is an important component of medical endoscope systems.
医用内窥镜冷光源测试系统
医用内窥镜冷光源测试系统具备多种高阶算法、测试辅助软件、可视化图形界面, 可全 方 位的评 价冷光 源的各 类 光辐 射性 能 ,符 合 标准要 求。业 界 领先 的 全功 能模 块
Medical Endoscope Cold Light Source Testing System
The medical endoscope cold light source testing system is equipped with various advanced algorithms, testing assistance software, and visual graphical interfaces, which can comprehensively evaluate the various light radiation performance of the cold light source and meet the standard requirements. The industry-leading fully functional modular design preserves various functional extensions for customers to the greatest extent possible, equipped with a complete tool analysis package, and fully supports customers in testing, evaluating, and analyzing various cold light sources. Fully automated design has been achieved for illumination exceeding limits and uniformity, improving measurement accuracy.
内窥镜质控测试仪
内窥镜质控测试仪临床医用内窥镜质控解决方案专为医用内窥镜质控管理研制的测试分析仪器创新的光学测量结构设计;高效的自动化测试,基于神经网络的大数据质量分析算法为高风险医疗器械的质量安全保驾
Endoscope Quality Control Tester
A testing and analysis instrument specially developed for quality control management of medical endoscopes. Innovative optical measurement structure design, efficient automated testing, and big data quality analysis algorithms based on neural networks safeguard the quality and safety of high-risk medical devices.
激光光辐射安全测试系统
LRS激光光辐射安全测量系统聚焦于激光产品关键性能与单一故障条件下可预见、不可预见的损伤评价,含半开源式智能计算与等级评价软件(计算过程展示),可适用于连续、纳秒级调制,高功率和多模态形式产品。系统核
Laser Radiation Safety Testing System
The LRS Laser Radiation Safety Measurement System focuses on evaluating the key performance and potential damage risks—both foreseeable and unforeseeable—of laser products under normal operation and single-fault conditions. Equipped with a semi-open-source intelligent computation and classification software (with detailed calculation process visualization), the system supports continuous, nanosecond-modulated, high-power, and multi-mode laser products.
宽光谱辐射测试系统
光是未来最好的医药。红外用于理疗,肌体细胞修复,红蓝光治疗皮肤痤疮等机理已被广泛应用。 安全有效的光疗依赖于准确的剂量测试。配备现场质控与实验室级便携式宽光谱辐射测试系统,了解医 疗设备的光输出绝对量
Broad-Spectrum Radiation Measurement System
The broadband radiation testing system is equipped with on-site quality control and laboratory level portable broadband radiation testing system to understand the absolute amount of light output of medical equipment, in order to enhance patients' confidence in treatment under phototherapy light sources. The system adopts a portable monochromator structure design, equipped with cosine photometric probes and high-sensitivity refrigerated end window multiplier tubes, to ensure the accurate implementation of on-site optical radiation testing.
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0755-28367772地址:深圳市龙岗区布澜路17号富通海智科技园6栋8楼822
邮箱:zhongceyiqi@126.com
Address:Room 822, Floor 8, Building 6, Futong Haizhi Science Park, No.17 Bulan Road, Longgang District, Shenzhen
E-mail:zhongceyiqi@126.com