RF System Lab
13919 S. West Bay Shore Dr. Suite 207
Traverse City MI Michigan
United States 49684
Traverse City MI Michigan
United States 49684
Phone:
(855) 787-6061
Fax:
(989) 688-5966
Email:
info@rfsystemlab.us
Tags:
Visual Testing
Keywords:
borescope, vj-advance, ndt, rvi
RF System Lab is a worldwide leader in remote visual
inspection and video borescope technology. The VJ-Advance
(VJ-ADV) articulating video borescope features 2.8mm, 3.9mm,
or 6.9mm insertion tube diameters and is fully (4-way)
articulating. Now available with an ultra-thin 2.8mm
diameter insertion tube, the VJ-ADV is ideally suited to
accessing the smallest areas you need to inspect. No other
company offers a smaller, full featured, video borescope
with 4-way articulation. Now you can test drive the VJ-ADV
articulating video borescope for free with our no obligation
demo program! Learn More »
Founded in 1993, the first products from RF System Lab
included small, wireless cameras, and equipment for the
wireless transmission of A/V signals for broadcasting. Over
the subsequent 15 years, our product line has grown to
include a wide variety of wireless imaging and digital
radiology solutions for the worldwide medical market,
including the world’s first battery-free, endoscopic
capsule.
Our industrial products division is charged with
transferring the knowledge and expertise we have gained in
medical micro-imaging to the industrial market. Today our
VJ-ADV video borescopes are used around the world in a wide
variety of industrial and commercial applications. We invite
you to contact us to learn more about our family of products
and discuss how we can help your company.
We believe that being able to test the VJ-ADV video
borescope at your facility will allow for an informed
purchasing decision. That is why we offer a free demo
program with absolutely no obligation. We will ship the unit
to you at our expense, giving you the chance to evaluate the
most advanced fully articulating video borescope on the
market.
inspection and video borescope technology. The VJ-Advance
(VJ-ADV) articulating video borescope features 2.8mm, 3.9mm,
or 6.9mm insertion tube diameters and is fully (4-way)
articulating. Now available with an ultra-thin 2.8mm
diameter insertion tube, the VJ-ADV is ideally suited to
accessing the smallest areas you need to inspect. No other
company offers a smaller, full featured, video borescope
with 4-way articulation. Now you can test drive the VJ-ADV
articulating video borescope for free with our no obligation
demo program! Learn More »
Founded in 1993, the first products from RF System Lab
included small, wireless cameras, and equipment for the
wireless transmission of A/V signals for broadcasting. Over
the subsequent 15 years, our product line has grown to
include a wide variety of wireless imaging and digital
radiology solutions for the worldwide medical market,
including the world’s first battery-free, endoscopic
capsule.
Our industrial products division is charged with
transferring the knowledge and expertise we have gained in
medical micro-imaging to the industrial market. Today our
VJ-ADV video borescopes are used around the world in a wide
variety of industrial and commercial applications. We invite
you to contact us to learn more about our family of products
and discuss how we can help your company.
We believe that being able to test the VJ-ADV video
borescope at your facility will allow for an informed
purchasing decision. That is why we offer a free demo
program with absolutely no obligation. We will ship the unit
to you at our expense, giving you the chance to evaluate the
most advanced fully articulating video borescope on the
market.
The VJ-Advance (VJ-ADV) delivers all the features you would
expect in a high-end video borescope, designed at a price that
is easy to afford. Visit www.rfsystemlab.us to learn
more about our no cost, no obligation, free trial program.
expect in a high-end video borescope, designed at a price that
is easy to afford. Visit www.rfsystemlab.us to learn
more about our no cost, no obligation, free trial program.
