产品展示
微生物限度检测仪厂家,微生物薄膜过滤器选购指南
点击次数:74发布时间:2020/12/30 15:43:59
更新日期:2021/12/29 14:48:37
所 在 地:中国大陆
产品型号:QYW-300G
优质供应
详细内容
7) 在使用仪器过程中,请保持仪器的清洁、干燥,尤其是仪器的控制面板,如若不小心溅
洒上有机溶剂,应立即用湿抹布擦拭干净;
8) 仪器待机状态并非为完全不工作状态,待机状态详情如下:
● 风扇继续工作,避免用户刚做完实验后残留的大量水蒸气和少量有机溶剂对仪
器的损害、对操作人员的毒害及对坏境的污染;
●残留气体排尽后,方可关闭电源开关
产品简介
微生物限度检测仪厂家,微生物薄膜过滤器选购指南:QYW-300G微生物检验仪是依据药典相关规定设计制造的微生物检测检查用设备,该产品使用高性能隔膜泵,直接排液,无需抽滤瓶,并可通过不同泵头配合用的滤杯或检测培养器,形成完整的薄膜过滤装置。检测时将供试液通过薄膜过滤,将供试液内的微生物截留在滤膜上,然后培养形成肉眼可见的菌落并进行计数,以检测供试品内的含菌量。此类产品适用于水质,药品、饮料等产品的微生物检查。
疾控:空调冷凝水、生活饮用水等水质的细菌总数检查,致病菌检测
食品:饮料、矿泉水、纯净水的菌落总数检查
化工:各种需测试微生物的水样检测
1. 内置微型高性能隔膜泵,噪音低,无需抽滤瓶,直接排液,使用更方便;
2. 触摸屏人机界面,运行状况目了然,操作简单直观;
2. 触摸屏人机界面,运行状况目了然,操作简单直观;
3. 日期、时间显示,便于操作人员掌握时间;
4. 三个泵头可同时启停,也可***控制,工作效率高;
5. 泵头易拆装,可121℃湿热灭菌;
6. 泵头可用火焰枪头快速灭菌,方便连续实验操作;
7. 不锈钢机壳经镜面抛光,表面光洁平整,便于清洁消毒;
1. 电源:AC 220V/50Hz
2. 功率:90W
2. 功率:90W
3. 噪音:≤ 60dB(A)(负载)
4. 流量: ≥ 1200ml/min(单泵头流量)/ 1500ml/min(单泵头流量)(P)
5、重量: 10kg(PF47 泵头)/ 12kg(PS60 泵头)/10.5KG(配PF60泵头)/10KG(PB47泵头)
6. 外形尺寸:38×24×12cm
适用耗材:S60 培养器、F47/F47-R250 滤杯(Φ47mm 微孔滤膜)、F60-R250滤杯(Φ60mm 微孔滤膜)、F47B系列滤杯
14、可选择单头、三头结构,选型丰富。
产品相册
公司介绍
The test results of TAMC and TYMC in 25.7%(9/35) samples exceeded the limit of USP38, and astragalus root, licorice TAMC and TYMC were higher than those of Radix salviae miltiorrhizae, Ophiopogonis and aspartic, respectively. The sample TAMC was related to the bacterial load of TYMC and bilisalt-tolerant gram-negative bacteria. Cluster analysis showed that astragalus membranaceus and Licorice root were clustered in branch A, indicating high contamination of microorganisms; asophiopogon japonicus, Ophiopogon japonicus and Salvia miltiorrhiza were clustered in branch B, indicating low contamination of microorganisms. Due to the different growth conditions and processing methods, there are also differences in the contamination of prepared slices.
产品相册
公司介绍
The test results of TAMC and TYMC in 25.7%(9/35) samples exceeded the limit of USP38, and astragalus root, licorice TAMC and TYMC were higher than those of Radix salviae miltiorrhizae, Ophiopogonis and aspartic, respectively. The sample TAMC was related to the bacterial load of TYMC and bilisalt-tolerant gram-negative bacteria. Cluster analysis showed that astragalus membranaceus and Licorice root were clustered in branch A, indicating high contamination of microorganisms; asophiopogon japonicus, Ophiopogon japonicus and Salvia miltiorrhiza were clustered in branch B, indicating low contamination of microorganisms. Due to the different growth conditions and processing methods, there are also differences in the contamination of prepared slices.