|
INTRODUCTION
Rhodes Medical has established a worldwide position of
excellence in the neurological electrode field by
placing an emphasis on quality and service. Rhodes
Medical's standards of manufacture assure the researcher
of consistently high quality control. Contact
exposures, contact separation, and insulation are
rigidly controlled for accuracy and repeatability.
Rhodes Medical Electrodes
are specifically designed for neurological research.
They are suitable for acute or chronic extracellular
stimulation and recordings. Compatibility with
standard electrode holders assures precise depth
adjustment. The shaft and leads are made of stainless
steel. Except for the contacts, they are covered with
an Epoxylite insulator specially formulated for
neurological electrodes. The smooth finish facilitates
insertion and minimizes damage to surrounding tissue.
Long term accuracy and reproducibility of
measurements are enhanced by the Epoxylite's excellent
moisture resistance. Insulation Resistance 1 x 109
ohms minimum.
In
this RMI-pages we have detailed standard electrodes
and some special electrodes. If you have a requirement
that is not met by the electrodes shown in RMI-pages, we would welcome the opportunity to quote on
your specific application. Electrodes described in
RMI-pages are intended exclusively for use on
animals in research institutions.
PLATINUM
ELECTRODES
Most
of the electrodes shown in RMI-pages are available
in platinum. Prices and availability on request.
CARE OF ELECTRODES
To
prolong the usefulness of electrodes, certain
precautions should be emphasized.
- Keep
electrodes away from sharp objects that might cut
the insulation.
- Damage
may occur to the insulation if the electrode is
bent during use or
storage.
- CAUTION : Do not expose the insulation on electrodes to
acetone, or chemical
insulation stripper.
SOLDERING
SUGGESTIONS
Make
sure all traces of insulation are removed from the
lead and that the wire surface is clean. Use of emery
paper approximately 220 grit will improve
solderability of lead. Use soldering iron and tin the
surface of the lead first. At all times avoid
excessive heating to prevent oxidation of the
stainless steel wire.
|
