novaLUM II ATP Detection System Superior Science for Advance Sanitation Control
Superior Science
The novaLUM II ATP detection system is the preferred method for
monitoring cleaning effectiveness of sanitation programs
Advanced Sensitivity The novaLUM® II ATP detection system utilizes a technologically advanced photomultiplier tube (PMT)
that is more sensitive to ATP (adenosine triphosphate) presence allowing detection of lower levels of microbial and organic
matter contamination. This is a distinct advantage over systems that use less sensitive PMTs or photodiodes. The novaLUM II
system’s PMT has low noise, a greater dynamic range, a faster response time , and accuracy over a wider temperature range.
Cost Effective Speed A high-speed data processor allows a quicker 5 second read time. Risks can be assessed
immediately, corrective actions expedited, and production started with con fidence. Reduce pre-op testing time by as much as
83% compared to other systems.
Audit Compliant Meet internal and 3rd party audits with novaLUM II ATP detection system’s Swab Site Location, Re-test
option, and a variety of other customizable features to comply with HACCP and GFSI documentation. The novaLUM II system
even identifies areas that have not been re-cleaned and/or re-tested. Charm provides calibration documentation, ATP standards,
comprehensive on-site trainings, and certification to meet indi vidual requirements.
Auditors look favorably on documented random sampling and corre ctive action plans within ATP monitoring programs. The
novaLUM II ATP detection system eliminates subjectivity by directing operator s to swab randomly selected sampling points from
within their pre-programmed sampling plans.
Improved Data Analytics The novaLUM II system has improved onboard data analysis tools including the ability to
search historical results and add corrective action results and to generate graphs for rapid analysis of Pass/Fail percentages for key
areas of the plant. With built-in wireless connectivity these graphs can be emailed to key managers immediately after pre-op.
Take a Closer Look
Charm has developed scientifically advanced
chemistry for the PocketSwab Plus and
related Charm tests for sanitation, allergen
control and pasteurization verification.
This chemistry, combined with the internal
multiplication of the novaLUM II system’ s
PMT detector, amplifies even the smallest
light signal to detect the lowest level of
contamination.
Add Value to Your Business
Charm values our customer ’s business,
brand and reputation. That’s why Charm built
the novaLUM II ATP detection system with
an advanced PMT for superior sensitivity, a
complete keyboard for streamlined sampling,
and error-proof direct swab-entry chamber.
Bottom Line: Risk is reduced, product quality
is improved, and shelf life is extended due to
improved sanitation.
Leading by Example
The novaLUM II ATP detection system is
used successfully by diverse industries
including food and beverage, pharmaceutical,
industrial, personal care, cosmetic, and
healthcare. Since it is fully customizable
and can be preconfigured to meet unique
sampling and testing environments, industry
leaders choose Charm’s novaLUM II system
to strengthen their sanitation and hygiene
monitoring programs.
Technology Designed to Manage Your HACCP
Protect Your Brand
with Charm Sciences Hygiene Testing Solutions
Sensitivity Matters
Save time and money, extend your shelf life
Maximize Your Investment
One Instrument, Multiple Tests: The novaLUM II ATP detection system’s unprecedented versatility allows for a variety of different luminescence tests to be run with a single instrument.
PocketSwab® Plus swabs utilize unique, patented technology to detect ATP associated with microorganisms and food/organic product residues on surfaces. Swabs are room-temperature stable, self-contained, single-service test that enables total surface hygiene verification in only 5 seconds, allowing real-time corrective action.
AllerGiene®swabs help prevent cross-contact contamination from allergenic food residues by monitoring food contact surfaces and final rinse water with a highly sensitive ATP test. Swabs strengthen allergen control programs by improving cleaning efficiency. They also augment specific protein based testing by providing a faster, simpler and more convenient method for allergen control.
WaterGiene swabs are a rapid sanitation/hygiene test used to detect the presence of ATP as a marker for biological contaminants in water and on wet surfaces.
FieldSwab® swabs are the first ATP bioluminescence test specifically engineered to work on product contact surfaces in outdoor environments. They are also room-temperature stable, saving on storage and shipping costs.
CideLite detects pesticides in water, feeds, milk, fruit, vegetable and a variety of other food products.
Charm F-AP test is a simple one-step phosphatase method to verify completeness of pasteurization in dairy products. Results are delivered in just 45 seconds. NCIMS and FDA Approved.
PasLite monitors pasteurization efficiency by detecting alkaline phosphatase in dairy products. NCIMS, IDF, FDA and ISO Approved.
MORE BENEFITS
Wirelessly email analytical graphs from novaLUM II system
Include corrective action notes directly to test results on the novaLUM II system
Add new swabbing locations through the novaLUM II touch screen
Overview: ATP Technology vs Traditional Microbiological Testing
ATP, or adenosine triphosphate, is an organic molecule that is used by living cells as their main source of
energy. Animal, plant, bacteria, yeast, and mold cells produce and break down ATP in order to drive a
number of biological processes. ATP is naturally present in all organic material. Thus, most foods will
contain some level of naturally occurring ATP, as do bacteria, yeasts, and molds.
The presence of ATP on a surface indicates that the surface has not been adequately cleaned and has the
potential to harbor and support microbial growth. The Charm® ATP sanitation test, PocketSwab Plus, uses
a bioluminescence reaction to detect any residual ATP; in the presence of magnesium and ATP, luciferase
enzyme oxidizes luciferin and light is emitted. The intensity of this light is proportional to the amount of
ATP present, and is measured and quantified in Relative Light Units (RLU) by the novaLUM® luminometer.
Therefore, the higher the RLU reading, the higher the level of food residue and/or microorganisms on a
surface. With the novaLUM system, these results are obtained in a matter of seconds.
Specifications
Unit Dimensions
5.25 x 5 x 2.6 inches (13.3 x 12.7 x 6.6 cm, W x H x D)
Weight:
1 lb (450 g )
Screen Dimensions:
2.3 x 1.5 inches (5.8 x 3.9 cm, W x H)
Screen Display:
64 bit, LED backlighted color 8.9 cm display
User Interface:
Touch Screen
Power Source (AC):
Internal rechargeable battery; AC operation during recharge
Power (AC)
Adapters for 110 V / 60 Hz or 220 V / 50 Hz
Power Save
Adjustable shut-off time to conserve battery when no activity
Battery Monitor
Continuous battery status display with low battery warning
Calibration (ATP)
Factory-set to traceable Primary Reference Standard (ATP controls available for verification)
Swab Chamber
Patented open-chamber design; no lids, latches or doors
