The MSA securely mounts to the manifold of needles so it can interface
with the CLD384 Automatic Clog Detection device.
When the needle matrix is attached
to the MSA
the Clog Detector can be
installed below for
automatic detection
of individual clogged needles.
When needles clog unsightly defects occur,
such as brown meat areas where
no treatment
gas contacted the meat.
Costly damage to tuna increases when multiple
clogged needles cluster together.
The risk of harmful discoloration rises when
TS is used because of its lower CO concentration.
It is very difficult to identify the individual
clogged needles in modern manifolds
with hundreds of needles.
Many processors overcome this problem
of untreated meat
due to clogged needles
by increasing the TS or CO gas dosage.
However, over-gassing will destroy
the meat's quality,
texture, and value.
TUNA TECHNOLOGIES provides the solution of a Clog Detector System that rapidly detects defective needles for replacement.
A manifold with 384 needles is inserted
into Clog Detector.
A report will be generated within minutes
that will identify each individual clogged needle.
The clogged needles are located by
number,
marked and replaced.
In order to have problem-free production, it’s critical to eliminate clogged needles and
maintain
a constant gas flow through the needles to ensure treatment excellence.
TUNA TECHNOLOGIES
is to first introduce a clog detection system
that can identify individual clogged needles in
a manifold, which can be expeditiously replaced.
The turn-around time to service a
manifold matrix
is less than 1 hour
compared to 8 hours
by manual methods.
Labor and wear-n-tear on the needles
and hubs
are reduced.
100% functionality of the manifold
matrix is restored
in minutes,
providing continuous perfect treatment.
Find peace of mind in mass production with Tuna Technologies
