Olympus bx40 - Page 18

BX40F
JE
A. OUTLINE OF PRODUCT
OUTLINE
(1)
(2)
Application
Clinical
inspection
for
diagnosis
of
disease,
cells,
blood,
etc.
and general researches.
Product range
Replacement product range of BHT and BHTU market.
FEATURES
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(14)
The field number 22 (standard field of view) is used to expand the
observation range 20% compared with the BH2.
The
arm
rest
(base)
is
eliminated
to
allow
the
operator
to
directly
put
his
hand
on
the
table
surface,
minimizing
the
operator's
fatigue
and
improving
the
maneuverability.
The base-less structure expands the operation space.
The
eye
point
height
is
adjustable
to
meet
the
operator
when
combined
with
U-TBI,
minimizing
the
operator's
fatigue
and
improving
the
workability.
The wide field of view (field number 26.5) is available when
combined with the superwide field observation tube.
The new glass material and coating agent used in the UIS optics
provide an image with sharp contrast.
The ceramic coated stage is equipped as a standard to
minimize the friction of the slide glass on the stage surface.
(The wear resistance is improved to eight times or more than the
BH2-SVR(L).)
The stage control knob's rotating force is adjustable by the user
(40 ~ 400g in each of the X and Y direction).
The revolving nosepiece facing the rear side is used to facilitate
visual inspection and marking of a specimen. Since the intermediate lens
is not built in the revolving nosepiece, it prevents deterioration of an
image by the intermediate lens and allows the U-excited observation.
The light preset switch allows one-touch switching to the desired light
level. (This is useful for setting the color temperature of photography
and light intensity adjustment when switching between two objectives.)
The stage stroke is increased and the interference between the
specimen holder and the 40x objective is eliminated to enable
observation of the whole surfaces of two slide glasses.
The illumination switch, the light intensity control and the coarse
and fine adjustment knob are located in a concentrated position to allow
operation by minimum handling.
The advanced computer simulation based on the finite element method (FEM)
is employed to improved the rigidity and stability of the micro-
scope frame.
The 30W halogen bulb is used to increase brightness and to allow
special observation such as darkfield and phase contrast.
A-1A