长沙福滋堂仪器技术开发有限公司是一家极富创新性的科技型企业，由硕士、博士、博士后团队组建，技术力量湖南省最强，专业为您提供的实验室建设系统解决方案；公司于的品牌建设、提供的服务，经过了市场最严酷的考验，成长为湖南秀的仪器供应商。作为纳克重要的授权经销(代理)商，主要产品总括ON－－2008氧氮分析仪，LIM－－2000金相图像分析仪，断口图像分析仪，金属原位分析仪。OPA－100金属原位分析仪是在国家科技部支持下开发成功的，是世界上首台可进行金属材料中大面积范围内的成分及状态定量分布的快速分析仪器，具备元素偏析度分析、夹杂物的定量分析与分布、金属表面疏松度分析及成分分析四大基本功能。与传统技术比较，具有制样简单、定量、分析速度快的显著特点1、 连续激发同步扫描定位技术 2、 单次火花放电高速采集技术 3、 火花光谱单次放电数字解析技术 4、 元素成分分布分析和偏析度分析 5、 样品成分统计分布分析 6、 夹杂物定量分析和分布分析 7、 疏松度分析Changsha FuZiTang biotechnology development, Ltd. is a highly innovative and technology-oriented enterprises, the Masters and Ph.D., postdoctoral team formation, the strongest technical strength in Hunan Province, to provide the best for your professional laboratory building system solutions; The company is committed to first-class brand building, providing a first-rate the full-service, after the most severe test of the market, up to the Hunan best equipment suppliers. Tenneco important as authorized distribution (Acting), the main products nutshell ON - 2008 oxygen and nitrogen analyzer, LIM - 2000 Image Analyzer microstructure, fracture image analysis, in situ metal analyzer. OPA-100 in-situ metal analyzer in support of the National Science and Technology Development successful, is the world"s first metal materials can be large area of the composition and distribution of rapid state of quantitative analysis apparatus, with elements of segregation analysis, the inclusion of quantitative analysis and distribution of the metal surface osteoporosis analysis and composition of the four basic functions. Compared with traditional technology, a kind of simple, accurate quantitative analysis of fast notable feature 1、A row excited synchronous scanning positioning technology 2, a single spark discharge high-speed data acquisition technology 3, a single spark discharge Digital Spectrum Analysis Technology 4, elemental composition and distribution of segregation analysis 5, the statistical distribution of sample analysis 6, the inclusion of quantitative analysis and distribution of 7, osteoporosis analysis