3M表面采樣棒UXL100使用說明書，常備現(xiàn)貨，3M Client Trace ATP
3M表面采樣棒UXL100使用說明書，常備現(xiàn)貨，3M Client Trace ATP
3M表面采樣棒UXL100使用說明書，常備現(xiàn)貨，3M Client Trace ATP
商品描述：
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3M表面采樣棒UXL100，是一種型一體化的快速檢測、樣品采集和反應(yīng)裝置，配套ATP熒光檢測儀使用。
本公司采用的液態(tài)穩(wěn)定試劑，易于使用，能夠提供準確、發(fā)光信號持續(xù)時間久和重復(fù)性好的檢測結(jié)果。
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ATP熒光檢測儀，利用ATP熒光檢測原理檢測所有的真菌、細菌、藻菌、需氧菌、自氧、醋酸桿菌、亞硫酸細菌、霉菌等，
廣泛應(yīng)用于食品加工業(yè)、餐飲行業(yè)、醫(yī)療衛(wèi)生行業(yè)、環(huán)保及其它執(zhí)法部門等。
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ATP表面采樣棒結(jié)構(gòu)：
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ATP熒光檢測拭子主要由密封帽、密封管及棉簽三部分組成。
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3M表面采樣棒UXL100產(chǎn)品特點：
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1.適用范圍：物體表面。
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2.包裝：20支/包、5包/盒
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3.儲存：0至-4℃冷藏保存10個月。
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4.特點：快速、準確、環(huán)保。
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3M表面采樣棒UXL100操作流程如下：
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1.將冷藏或冷凍條件下的拭子在室溫下放置約10分鐘。
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2.用一只手捏緊，另一只手輕旋密封管將其拔出（切勿直接將密封管拔出！）。
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3.用棉頭均勻擦拭物體表面成Z字形約10*10cm2，或?qū)⑵浣氪郎y液體之后快速拿出。完成后，將密封管套上。
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4.將密封桿折斷，使其中所盛溶液順進液孔，全部流到棉頭，搖晃拭子底部約2秒。
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5.將拭子快速放入ATP熒光檢測儀，摁下OK鍵，15或10秒后即可讀數(shù)。
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?1、3M?Clean-Trace
?水質(zhì)采樣棒-總數(shù)ATP?型號：AQT100螺紋設(shè)計，提高采樣的精度,可以同時測出細胞外和細胞內(nèi)的ATP總量UXL100表面采樣棒?3M?Clean-Trace?ATP表面采樣棒，10支/包，10包/箱，適合3M?Clean-Trace?ATP熒光檢測儀表面采樣檢測用，屬于一次性耗材。
2、3M?Clean-Trace陽性對照?型號：HWATP10用于定期對ATP檢測儀及采樣棒的校正，從而確保檢測系統(tǒng)的有效性,對Clean-Trace?表面采樣棒，Clean-Trace水質(zhì)采樣棒采用不同設(shè)計,操作簡便，快速.
3、3M?Clean-Trace水質(zhì)ATP試劑盒試管?型號：BTCUV
4、3M?Clean-Trace表面采樣棒陽性對照?3ngATP?型號：ATP10
5、3M?Clean-Trace水質(zhì)采樣棒陽性對照?3ngATP，CIP清洗水適用?型號：LWATP10
6、3M?Clean-Trace水質(zhì)采樣棒CIP檢測陽性對照?3ngATP工業(yè)水適用?型號：??HWATP10
7、3M?Clean-Trace水質(zhì)ATP測試盒?型號：ULW10
針對工業(yè)用水，廢水處理，水冷卻系統(tǒng)等領(lǐng)域的ATP檢測而設(shè)計，可用于判讀這些系統(tǒng)中微生物的數(shù)量水平，以衡量消滅細菌劑使用效果UXL100表面采樣棒?Clean-Trace?表面采樣棒。8、3M?Clean-Trace?水質(zhì)采樣棒-游離ATP?型號：AQT100
螺紋設(shè)計，提高采樣的精度，針對細胞外游離ATP檢測，與總數(shù)ATP配合使用，可以快速檢測消毒效果。9、3M?Clean-Trace水質(zhì)ATP試劑盒支架?型號：NHT01
10、3M?Clean-Trace表面蛋白測試棒?型號：PRO100
11、3M?Clean-Trace表面過敏原測試棒?型號：ALLTEC60
ATP檢測試劑盒|陰/陽性校準控制棒PCD4000|SPXL1333通用型水樣檢測拭子|NG3熒光檢測儀?
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?3M?Clean‐Trace?Hygiene?Management?System?for?Environmental?Surfaces?
Contaminated?environmental?surfaces?are?an?important?source?for?transmission?of?healthcare‐
associated?infections.?Healthcare?workers?can?contaminate?their?hands?by?touching?contaminated?
surfaces?and?then?transfer?pathogens?to?their?patients.?The?maintenance?of?a?clean?environment?is?
an?important?factor?in?reducing?the?risk?of?cross?contamination.?Unmonitored?organic?residues?can?
build?up?to?high?levels?on?surfaces?if?adequate?cleaning?procedures?are?not?implemented.?Surfaces,?
although?appearing?visibly?clean,?can?still?harbor?significantly?high?levels?of?contamination.?
The?3M?Clean‐Trace?Hygiene?Management?System?provides?an?objective?and?quantifiable?“real‐
time”?approach?to?assess?and?measure?cleaning?efficacy.?The?system?is?based?on?the?measurement?
of?levels?of?ATP?present?on?an?environmental?surface.?ATP?is?the?molecule?that?provides?energy?for?
cellular?metabolism?and?is?present?in?all?living?cells.?It?is?present?in?any?organic?residue,?e.g.?body?
fluids,?skin?cells?and?microorganisms,?making?ATP?an?excellent?marker?for?organic?contamination?or?
contamination?from?a?biological?source.?
A?3M?Clean‐Trace?ATP?Surface?Test?is?used?to?swab?a?selected?test?point.?The?test?is?activated?and?
the?swab?is?brought?into?contact?with?the?test?enzyme?solution.?The?test?is?then?placed?in?the?3M?
Clean‐Trace?Luminometer.?This?measures?the?light?generated?by?the?enzyme?solution?and?
produces?a?result?expressed?in?Relative?Light?Units?(RLUs).?The?greater?the?level?of?ATP?present?on?
the?swab,?the?greater?the?amount?of?light?generated?by?the?test?and?consequently,?the?higher?the?
RLU?level?produced.?
The?3M?Clean‐Trace?ATP?Surface?Test?can?be?performed?in?less?than?30?seconds,?providing?a?real‐
time?result?that?indicates?the?cleanliness?of?the?surface?tested.?This?provides?an?opportunity?to?take?
any?corrective?action?required?such?as?re‐cleaning?and?re‐testing?the?surface.??