Laboratory Products
Laboratory Products
Laboratory Products
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Just a brief excerpt from our<br />
company’s history<br />
Since 1936 – new impulses from research and development<br />
time and time again<br />
1936 Beginning of development and production of pH glass<br />
electrodes at Jena er Glaswerk SCHOTT & Gen. in Jena.<br />
1940 Beginning of viscometer production using capillaries that<br />
were manufactured in ac cordance with the calibrated<br />
precision glass method that SCHOTT had developed.<br />
1952 Development and production of the first gel-filled,<br />
low-maintenance reference electrodes.<br />
1962 The unique platinum diaphragm makes substantially<br />
faster response times possible, among other things.<br />
1964 Double electrolyte system for reference electrodes.<br />
1970 Introduction of semiconductor preamplifiers for pH<br />
measurement technology.<br />
1972 Buffer solutions in double-pointed ampules sterilized<br />
with superheated steam guarantee reliable calibration –<br />
even after several years in storage.<br />
1972 Plug system from SCHOTT, copied time and again.<br />
1973 SCHOTT Geräte GmbH established as an independant<br />
company.<br />
1973 Beginning of viscometer calibration using PTB tested<br />
reference measurement standards. (German Physical<br />
Technical Institute).<br />
1974 Development and production of electronic laboratory<br />
pH meters.<br />
1975 Market launch of the first automatic viscosity measurement<br />
apparatus for aggressive and corrosive solvents<br />
(AVS/G and AVS/PA).<br />
1977 Development and production of portable electronic pH<br />
meters.<br />
1978 Production start for the first titration control unit TR 155<br />
and the T 100 piston burette with exchange unit.<br />
1982 The first microprocessor-controlled viscosity measurement<br />
apparatus (AVS 300).<br />
1983 Development of the new Type S pH glass for hot alkaline<br />
solutions with extraordinarily high reliability and useful<br />
life, and Type H pH glass, robust and small alkali error.<br />
1984 Combination measurement and reference pH electrode<br />
with integrated Pt 1000 as standard.<br />
– SCHOTT Geräte presents the first thermal scanning<br />
method for viscosity measurment.<br />
– The first stand-alone viscosity measurement apparatus<br />
with integrated computing function (AVS 400 and<br />
AVS 440) are introduced on the market.<br />
– Compact T 80/T 90 piston burettes and simple control<br />
unit TR 85.<br />
1988 Presentation of the first PC-controlled titration system<br />
TPC 2000 at the Achema 1988.<br />
1989 With the AVS 500, the tradition of successful automatic<br />
samplers for determination of the viscosity of aggressive<br />
polymer solutions was continued.<br />
1990 REFERID ® electrodes with polymer electrolyte, lowmaintenance.<br />
1991 Low-impedance Type L pH glass for low temperatures<br />
and ultrapure water.<br />
– Automatic sampler TW 280.<br />
1992 TT electrodes, capable of withstanding up to -60 °C.<br />
– T 200 and T 110 piston burettes and universal titration<br />
control unit TC 1200.<br />
1993 Combination pH electrodes with temperature sensor<br />
and plastic shaft.<br />
1994 Compact TitroLine alpha titrator.<br />
View over Mainz with premises of<br />
SCHOTT AG/SCHOTT Instruments<br />
Source of image: SCHOTT AG<br />
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