Bactiscan Plus实时生物膜检测仪
一次性垃圾桶 2 分钟 不带 Bactiscan 的一次性垃圾桶 2 分钟
好处
即时视觉检测;
生物膜
细菌
酵母菌和霉菌
产品残留物
安全 - 无需护目镜
无耗材
无创检测，无停机时间
快速轻松地检测大面积
优化 ATP 拭子，更有针对性和效率
技术
BactiScanPLus 采用独特的 4 频紫外线交替系统，使细菌和生物膜发出绿色光芒。独特的 4 频紫外光可立即使细菌旁结晶蛋白 S 层和生物膜发出荧光。只需将 BactiscanPlus 指向您要检查的区域，即可快速照亮大面积区域，并消除在何处进行 ATP 拭子测试所涉及的猜测。
规格
旋转头可检查难以触及的空间
双可充电电池，可继续使用
2 小时的电池续航时间，
1.5 小时电池充电
IP54 等级
4 个 LED UV 波长，使用寿命为 6000 小时
由领先的独立食品行业科学组织 Campden BRI 独立验证，对 Bactiscan 进行调查以检测一系列细菌，包括;
李斯特 菌
革兰阴性球菌
沙门氏菌
大肠杆菌， 假单胞菌
革兰氏阳性腐败菌
乳酸菌、酵母菌和孢子形成芽孢杆菌。
他们将 Bactiscan 与使用标准 UV 手电筒进行了比较。他们得出结论;
Bactiscan 在检测单个物种生物膜方面表现佳，生物膜均被强烈检测到。使用 Bactiscan 时，生物膜的存在在视觉上很明显，因为定义了绿松石色/浅绿色荧光区域，而其他仪器返回的蓝色荧光更加漫射，这更难与反射光/其他碎片区分开来。Bactiscan 还能够拾取较弱的生物膜，并且在弱的生物膜形成者的情况下，能够拾取小而强烈的蓝色/绿色荧光斑点，在更仔细的显微镜检查中，它揭示了小面积生物膜生长/微菌落的存在。
细菌或生物膜的存在在视觉上很明显，使用 Bactiscan 在表面上呈现绿松石色/绿色荧光。在 Campden BRI 微生物学工艺车间内，对生物膜是否存在的测定表明，与其他选定的紫外线炬管相比，它在定位污染区域方面非常有效。
可以得出结论，Bactiscan 能够检测来自许多工业领域（包括食品、医疗和兽医领域）的多种环境中存在的病原体和其他目标微生物的典型物种的生物膜。
Bactiscan Plus REAL TIME BIOFILM DETECTION
Hospital disposable bin 2 min Hospital disposable bin without Bactiscan 2min
Benefits
Immediate visual detection of;
Biofilms
Bacteria,
Yeast & Moulds
Product Residues
Safe - No need for eye protection
No consumables
Non-invasive testing with no downtime
Inspect large surface areas quickly and easily
Optimises ATP swabs, more targeted and efficient
The Technology
BactiScanPLus employs a unique a 4 frequency UV wave-alternating system, causing bacteria and biofilms to glow a green colour. The unique 4 frequency UV lights fluoresces the bacterial paracrystalline protein S-layers and biofilms instantly. Simply point BactiscanPlus at the area you want to inspect, allowing the illumination of large areas fast and removing the guesswork involved in where to conduct your ATP swab tests.
Specifications
Swivel Head to inspect difficult to reach spaces
Dual rechargeable batteries for continue use
2 hours of battery life,
1.5 hr battery recharge
IP54 Rating
4 x LED UV wavelengths with 6000 hour life span
Independently verified by Campden BRI, a leading independent food industry scientific organisation, investigate Bactiscan to detect a range of bacteria including;
Listeria
Gram negative cocci
Salmonella
E. coli, Pseudomonads
Gram positive spoilage organisms
Lactic acid bacteria, yeasts and spore forming Bacillus.
They compared the Bactiscan with using a standard UV torch. They conclude;
The Bactiscan performed the best at detection of single species biofilms, with all biofilms detected strongly. The presence of biofilms was visually evident as defined areas of turquoise/light green fluorescence when using the Bactiscan, whereas the other instruments returned a more diffuse blue fluorescence, which was more difficult to distinguish from reflected light/other debris. The Bactiscan was also able to pick up weaker biofilms, and in the case of the weakest biofilm formers, was able to pick up small intense specks of blue/green fluorescence, which on closer microscopic inspection revealed the presence of small areas of biofilm growth/microcolonies.
The presence of bacteria or biofilms are visually evident as a turquoise/green fluorescence on the surfaces using the Bactiscan. Determination of the presence of biofilm in practice within the Campden BRI microbiology process hall showed it to be highly effective at locating areas of contamination compared against other selected UV torches.
It can be concluded that the Bactiscan is able to detect biofilms from species typical of pathogens and other target microorganisms present in a multitude of environments from across many industry areas including food, medical and veterinary areas.
