Digital Diagnostic Systems,
LLC (DDS) is the developer of a computer based, digital
imaging system that allows the microscopic examination and
identification of particles or microorganisms, such as fungi, at
their source. The system is named Digital DIS-10.
The DIS-10 System captures a high intensity lighted digital
image with sufficient resolution so that the images can be
transmitted electronically to Digital Diagnostic Laboratories
directly from the mold site. At the laboratory qualified
personnel make accurate and rapid identification of the particle
or microorganism. Fast, accurate, analytical results are
available in real time or 24 hours.
This
precise system allows trained technicians in the field to view
actual samples, slides, or swabs of suspected mold that may pose
a potential health risk or hazard. The technician then transmits
the digital images to Digital Diagnostic Laboratories for
identification as photomicrographs.
“On –Site” identification with fast, accurate,
results returned to the client makes the Digital DIS-10 your
only choice.
As pollens also contribute to allergies and
many other health concerns that affect indoor air quality, the
DIS-10 System also includes an air-sampling device. The air
sampler takes exterior and interior air samples over a pre-set
period of time. These
samples are also sent electronically to Digital Diagnostic
Laboratories. Identification and counting with the same fast,
convenient service of high quality analytical results returned
to the client in real time or 24 hours.
The Digital DIS-10 is a licensed system where
technicians are trained and certified
in it’s use. An exclusive agreement is implemented whereby all
samples obtained
with the DIS-10 system are sent to Digital Diagnostic
Laboratories for
identification and rapid results. The non-enhanced
photomicrographs become
permanent, legally defensible, stored, records. This method
assures quality at it’s very best.
DIS-10 SUMMARY: The Digital DIS-10 System is
a licensed computer based digital imaging system that allows the
microscopic examination of particles or microorganisms, such as
fungi, to be rapidly identified directly from the mold sampling
site.
|
