SPLICE DETECTOR™ SOLUTIONS
Dedicated to all quality initiative
aspects of the global finishing and conversion industries, our
technologies have become the most trusted splice detection solutions
worldwide. Our splice fault (joint) detection technologies are
relied upon around the world by virtually every material finishing
and converting sector. For many, our technologies are the standard
in on-line, high-speed detection and rejection. Our solutions have
improved customers productivity, reduce downtime and improve web
based material quality. Our machine vision technologies and data
mining tools help optimize the paper and board making process by
finding root causes to quality issues that often upset various
processes. Specializing in coating processes, our machine vision
technologies deliver unequaled quality assurance and inspection that
no other supplier can deliver.
From our earliest technologies like the Nash & Harrison Model 1119
to our newest state-of-the-art 1032BM, our engineers not only
understand the complexities of web based material inspection, but
recognize that there is no "one size fits all" solution that other
suppliers of outdated photoelectric and ultrasonic typically offer.
To obtain optimum performance for the product requirements and the
range of material processing capabilities available today, specific
application processes are a must. Our technologies have standard
design structures with options that for our detection technology to
be configured for a wide range of applications with short delivery
times and very cost effective pricing. Based on years of experience,
we know the right combination of sensors and hardware for every
possible splice detection application. Our technologies are
manufactured with solid values and knowledge gained in over 50 years
of experience specific to web based material inspection. We will
never compromise on results and provides advanced technologies
ensuring real-time detection of splices (joints), tearouts, and
Ability to monitor any range of web based materials and/or substrates.
Ability to run difficult or sensitive materials at high speeds.
Monitor single to multiple webs of material simultaneously.
Unaffected by material basis weight changes, color or process speed.
Special splice tapes or color marking are not required.
Unaffected by printed material.
Automatic recalibration on product grade changes.
High speed outputs to process control instrumentation.
Improves quality of saleable products.
Meets quality initiative and ISO requirements.
Detection 24/7 without the need for operational intervention.
Eliminate the need for manual inspections.
Provide user friendly outputs you can actually use.
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