
P 15 - Specific Gravity Measurement Kit
P 15 - Animal Balances
P 16 -Optional Accessories
P 17 -Optional accessories list
P 18 -Physical Dimensions
SHIMADZU
ELECTRONIC BALANCES
SHIMADZU : A Tradition of Weighing Expertise
P 04 - Features and Symbols
P 06 - UniBloc Family of Balances
P 06 - UniBloc Family of Balances
P 09 - UniBloc Top-Loading Balances
P 11 -
UniBloc Precision Platform Balances
P 12 - Analytical Balances
P 12 - Top-Loading Balances
P 13 - Portable Electronic Balances
P 14 - Electronic Moisture Balances
Contents
APPLICATION
BALANCES
SHIMADZU
ELECTORONIC
BALANCES
OTHERS
P 04 - Quick reference by capacity and
minimum display
1939 Large-capacity Balance
1958
Type L Direct-Reading Balance
1950
DODIQ Direct-Reading Balance
1960
AL-3 Automatic
Direct-Reading Balance
1965
AL-7 Automatic Direct-Reading Balance
1967
LU-T1100 Top-loading Direct-Reading Balance
1970
AL-8 Automatic
Direct-Reading Balance (All-digital display)
1970
Digibalance D-1003 Electronic Balance
1973
C-160 Direct-Reading Carat Balance
1976
NL-200P Direct-Reading Balance
1981
EB-2800M
Electronic Animal Balance
1985
AEL-200 Electronic Analytical
Balance (Full-range electro-magnetic)
1985
PSC Fully-automatic calibration
based on temperature change detection
1989
EB-K Precision platform balances
with
OPF (later renamed UniBloc)
1993
AEM-5200
Micro Balance
1997 First electronic balances
with
WindowsDirect
2003 New UniBloc balance line-up
2004
MOC-120H
UniBloc moisture balance
1981
AEL-160
Electronic Analytical Balance
1930
1940
1950
1960
1970
1980
1990
2000
1918 Commence Tortion Balance and
Top-pan Balance production
Establishment of SHIMADZU CORPORATION
1930
Model.5 Chemical Balance
1875
1920
Shimadzu Corporation was established in 1875 in Kyoto, Japan,
as one of the pioneers of scientific precision instruments.
Top-pan and torsion balance production started in 1918,
and equal-beam analytical balances were introduced in 1925.
Since their release, the continuous improvement of Shimadzu
balances has contributed to research and development across
all industries.
Around the turn of the 20th Century, precision weighing was a
time-consuming practice performed only by experienced
operators. Placing the sample and small masses on pans hung
from a beam scale with a moving indicator was a tedious
process. Shimadzu strove continuously to streamline weighing
procedures. The introduction of the direct reading analytical
balance (patented in Japan in 1948) signified a new era in
weighing technology. In the Type L balance, the sensitive mass-
loading work was replaced by convenient dial operations.
Users reduced weighing time by 66%, and consequently
reduced demand for conventional balances.
Shimadzu then added the top-loading direct reading balance
with Roberval’s mechanism in 1959. Until recently many of
these instruments were still utilized in modern laboratories.
Shimadzu continued to pioneer new technologies, releasing its
first electronic balance in 1971-the Digibalance.
This release marked a milestone in precision weighing,
introducing simplicity and ease of use to analytical weighing.
Six years later (1977), the application of microprocessors in
electronic balances further enhanced weighing performance.
The compact ED Series provided substantial improvements in
sensitivity, resolution, and stability.
More recently, Shimadzu has introduced user-friendly
instruments and features to the market, such as :
the temperature-based fully-automatic calibration in 1985,
the first one-piece forcecell (OPF, later renamed UniBloc) in
1989, the high-sensitivity AEM-5200 Micro Balance in 1993,
and the unique Windows® Direct feature perfectly suited for the
computerized laboratory of the 21st Century.
Moving forward, Shimadzu is committed to providing innovative
products for the analytical marketplace.
One of the latest achievements is AUW-D series,
the world’s first semi-micro balances with the advantages of
UniBloc one-piece forcecell technology.
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