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| Price | $100-900 per set |
| MOQ | 1 set |
| Delivery Time | 5-8 weeks |
| Brand | jovi |
| Place of Origin | Beijing |
| Packaging Details | wooden case |
| Payment Terms | L/C, T/T |
| Supply Ability | 100000 sets per month |
| Max Load | 240 kg | Place of Origin | Beijing |
| Size | 1920 mm*630 mm*720 mm | Packaging Details | wooden case |
| Material | Non magnetic materials | Origion | China |
| Supply Ability | 100000 sets per month | Brand Name | jovi |
| Payment Terms | L/C, T/T | Price | $100-900 per set |
| Delivery Time | 5-8 weeks | Minimum Order Quantity | 1 set |
| Net weight | 37.5 kg | Application | MRI/RF Room Shielding |
Non
Magnetic
Stretcher:
A
Safe
and
Reliable
Solution
for
Medical
Emergencies
Description
Medical
emergencies
can
happen
anytime
and
anywhere,
and
it
is
crucial
to
have
the
right
equipment
to
handle
such
situations.
One
of
the
most
important
pieces
of
equipment
in
any
medical
facility
is
a
stretcher.
However,
in
certain
situations,
using
a
traditional
metal
stretcher
can
be
dangerous.
This
is
where
a
non-magnetic
stretcher
comes
in.
A
non-magnetic
stretcher
is
made
of
non-magnetic
materials
such
as
carbon
fiber,
aluminum,
or
plastic.
This
makes
it
safe
to
use
in
environments
where
magnetic
interference
can
cause
harm.
Magnetic
interference
can
be
caused
by
various
sources
such
as
MRI
machines,
metal
detectors,
or
even
strong
magnets
used
in
medical
procedures.
Non-magnetic
stretchers
are
commonly
used
in
hospitals,
clinics,
and
other
medical
facilities.
They
are
also
used
in
emergency
situations
such
as
natural
disasters,
where
patients
may
need
to
be
transported
quickly
and
safely.
Non-magnetic
stretchers
are
designed
to
be
lightweight,
durable,
and
easy
to
maneuver,
making
them
an
ideal
choice
for
emergency
responders.
One
of
the
main
advantages
of
using
a
non-magnetic
stretcher
is
that
it
eliminates
the
risk
of
magnetic
interference.
This
is
especially
important
in
situations
where
patients
may
have
metal
implants
or
devices
such
as
pacemakers.
Magnetic
interference
can
cause
these
devices
to
malfunction,
potentially
putting
the
patient's
life
at
risk.
Another
advantage
of
using
a
non-magnetic
stretcher
is
that
it
is
easy
to
clean
and
maintain.
Unlike
metal
stretchers,
non-magnetic
stretchers
are
not
prone
to
rust
or
corrosion,
and
they
can
be
easily
disinfected
to
prevent
the
spread
of
infections.
In
conclusion,
a
non-magnetic
stretcher
is
a
safe
and
reliable
solution
for
medical
emergencies.
It
eliminates
the
risk
of
magnetic
interference,
making
it
ideal
for
use
in
environments
where
magnetic
fields
are
present.
Non-magnetic
stretchers
are
also
lightweight,
durable,
and
easy
to
maneuver, making
them
an
essential
piece
of
equipment
for
emergency
responders.
Specification
I. Advantages
of
Non
Magnetic
Stretcher
A.
Safe
for
Patients
with
Implantable
Devices
B.
Ideal
for
MRI
Rooms
C.
Easy
to
Clean
and
Maintain
D.
Lightweight
and
Durable
II.
Types
of
Non
Magnetic
Stretchers
A.
Manual
Non
Magnetic
Stretchers
B.
Hydraulic
Non
Magnetic
Stretchers
C.
Electric
Non
Magnetic
Stretchers
III.
Features
of
Non
Magnetic
Stretchers
A.
Adjustable
Headrest
and
Footrest
B.
Safety
Belts
and
Straps
C.
Lockable
Wheels
D.
Foldable
Design
for
Easy
Storage
IV.
Applications
of
Non
Magnetic
Stretchers
A.
Emergency
Medical
Services
B.
Hospitals
and
Clinics
C.
Ambulance
Services
D.
Military
and
Defense
