WBS-100 Microbial Turbidity AnalyzerInstrument Introduction
The WBS-100 Microbial Turbidity Analyzer is a new generation of microbial potency measurement instrument developed based on the provisions of the 2005 edition of the Pharmacopoeia of the People's Republic of China, with reference to the requirements of USP28, BP2004, EP5.0, and JP14, and combined with rich practical experience. It has an advanced 4CPU multivariate control management mode and online scanning real-time detection technology, and can be used for the determination of antibiotic first, second, and third dose methods.
WBS-100 Microbial Turbidity Analyzer
1. Integrating multiple functions such as constant temperature, shaking, cultivation, and online detection, fully automated operation; Each incubator can hold two sets of Latin matrices, totaling 40 test tubes, which can simultaneously complete the potency determination of two or two groups of antibiotics within 3-4 hours.
2. Intelligent endpoint judgment ensures the accuracy of the measurement results.
3. Real time monitoring of bacterial growth and automatic drawing of bacterial growth curves.
4. The potency calculation results comply with the provisions of the first, second, and third dose methods in the 2005 edition of the Pharmacopoeia of the People's Republic of China.
5. It can output experimental reports that comply with GLP/GMP standards, and can also print and output experimental results in a format.
6. Safe and reliable instrument login and password protection measures comply with GLP/GMP requirements for electronic signatures.
7. Arranging the test tubes according to the Latin square and following the general method effectively reduces the systematic error that affects the potency results.
8. Adopting adaptive proportional integral derivative temperature control to improve temperature control accuracy.
9. Built in ultraviolet lamp sterilization effectively kills residual bacteria.
10. Manufacturers using turbidity method can shorten the detection cycle, improve productivity and efficiency.

WBS-100 Microbial Turbidity AnalyzerTechnical Parameter
Temperature control accuracy: ± 0.1 ℃
Temperature uniformity: ± 0.3 ℃
Heating rate: 1.5 ℃/min
Temperature control range: Room temperature to 60 ℃

Detection cycle: 25 seconds/40 pieces
Potency calculation time:<0.1 seconds

Detection accuracy: 0.001A
Repeatability: ± 0.001A
Precision of repeated measurement of potency: ≤ 0.5%

WBS-100 Microbial Turbidity Analyzermain features
1. Color LCD screen display, graphical interface, simple and convenient operation, easy to master; Touchscreen input can independently complete the complex detection process with just a gentle click, coupled with a convenient and flexible handwriting board, making Chinese and Western text input easier. Multiple language platforms can be selected to facilitate product exports.
2. Arranging the test tubes according to the Latin square and following the general method effectively reduces the systematic error that affects the potency results. Intelligent real-time online measurement, capable of detecting 40-400 test tubes within 25 seconds.
3. Adopting adaptive proportional integral derivative temperature control to improve temperature control accuracy. The LED dot matrix screen indicates the current status of the incubator, which is simple and beautiful.
4. A workstation with stronger supporting functions can complete complex data transformation and image processing functions, provide sample quality tracking and management functions, effectively monitor the entire process of samples from raw materials to finished products, provide LIS interface for laboratory data sharing, and can be upgraded for free through the network.
5. Detailed experimental reports can be designed in various report formats according to different user needs, and data or curve graphs can be printed out in a timely manner.
6. Multiple peripheral interfaces. The USB interface can be connected to a USB flash drive or a portable hard drive to store a large amount of experimental results and methods, making it easy to access data between different hosts.
7. Non contact RF card electronic key, providing secure and reliable instrument login and password protection measures.
8. Distributed network design, capable of connecting 10 constant temperature incubators and conducting 20 experiments simultaneously. Only one host is needed to meet the measurement needs of a large number of samples, improve work efficiency, and reduce instrument procurement costs.