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The Bacteria and Biofilm Detection Lamp LP-365L offers a simple, efficient, and cost-effective solution to identify bacteria, biofilms and other surface contaminants, especially as a prelude to ATP swab testing in production facilities. Being lightweight and easy-to-use, one operator can examine large areas quickly, with minimal training required. The Bacteria and Biofilm Detection Lamp LP-365L is environmentally friendly and safe for people and products, as it requires no chemicals to generate results.
INTRODUCTION
The Bacteria and Biofilm Detection Lamp LP-365L offers a simple, efficient, and cost-effective solution to identify bacteria, biofilms and other surface contaminants, especially as a prelude to ATP swab testing in production facilities. Being lightweight and easy-to-use, one operator can examine large areas quickly, with minimal training required. The Bacteria and Biofilm Detection Lamp LP-365L is environmentally friendly and safe for people and products, as it requires no chemicals to generate results.
In order to comply with HACCP requirements, processors need to identify CCPs (Critical Control Points), and/or areas within their production plant that may cause product contamination or failure. The Bacteria and Biofilm Detection Lamp LP-365L enables processors to examine surfaces after CIP (Clean in Place) and comply with due diligence.
With LUYOR's unique UV technology, the Bacteria and Biofilm Detection Lamp LP-365L enables food processors to immediately isolate biofilms, mould and bacteria such as salmonella and E.coli and many other contaminants. These contaminants are often undetectable using traditional methods such as white light and standard UV lamps. Using the Bacteria and Biofilm Detection Lamp LP-365L, you can light up the entire surface and detect contaminants within seconds. The Bacteria and Biofilm Detection Lamp LP-365L helps processors to reduce contamination issues in a quick and cheap way!
Immediately identify clusters of bacteria, biofilms, mould, product residue and many other contaminants.
Inspect large surface areas in an instantaneous and non-destructive way without the need for any dye penetrants.
Identify poorly cleaned areas of many surfaces including filling machines.
Easy to use, minimal training required.
Durable housing stands for years of use, minimum maintenance cost.
For most areas, downtime is not required.
Save money by making other testing, such as ATP swab tests, more targeted and efficient.
Reduce the number of contamination issues suffered by manufacturers even after conducting ATP swab testing.
Supplied with a pair of protective glasses LUV-100 for user safety.
No consumables, environmentally friendly and cost effective.
Many bacteria are protected by a thin, hard outer shell called a surface layer. All surface layers are part of the bacteria cell envelope and are made up of a 2D array of proteins that have a crystalline appearance. It is this protein shell that is detected by the Bacteria and Biofilm Detection Lamp LP-365L. The intense UV light emitted by the LP-365L will bounce off the protein crystal and emit a green glow, making bacteria easily visible.
Environmental cleaning is a fundamental principle of infection prevention and control (ICP). It is known that certain environment settings can serve as a reservoir for microorganisms, potentially contributing to the transmission of bacterial and epidemiologically significant pathogens such as methicillin-resistant Staphylococcus aureus (MRSA), vancomycin-resistant enterococcus (VRE), Acinetobacter baumannii., Clostridium difficile (C.diff) norovirus and Carbapenemasc producing Enterobacteriaceae (CPE). Containment and monitoring of surface cleaning efficacy measures are essential to break the contamination chain of these microorganisms.
Several methods are widely used to perform these evaluations, such as adenosine triphosphate (ATP) bioluminescence assay and microbiological screening. Both have previously been investigated and recommended as scientific methods for the assessment of the cleanliness of surfaces using ATP reference values. Although the ATP swab process is sound for identifying what an actual bacteria or contaminant is, it is not fool proof in identifying source locations due to the small size of physical swab sample point compared to overall volume of surface. Using the Bacteria and Biofilm Detection Lamp LP-365L to identify the actual location of bacterial contamination point for ATP swab tests to then be taken, increases the effectiveness of cleaning and hygiene protocols whilst removing the risk of potentially costly recalls due to testing the wrong areas of a production site.
Photo below: Using the Bacteria and Biofilm Detection Lamp LP-365L, contaminants in the food container emit fluorescence and are easily detected by the naked eye.
Photo below: Bacteria and Biofilm Detection Lamp LP-365L
Lifetime: 20,000 hours
Power Supply: built-in rechargeable battery
Weight: 1 kg
Dimension: 240 x 126 x 172 mm
