TS Electronics was founded in April 1990. At its inception, it decided to capitalize on experience in the field of tensometric measurement of forces and weights and the development of electronic evaluation apparatus for these measurements and has put into development the development and production of weighing systems of Czech production. Therefore, from the very beginning, she focused on a comprehensive approach to solving this problem, without initially knowing how difficult the task was set…

Between 1992 and 1993, the company developed an electronic evaluation apparatus for another manufacturer of dynamic axle scales. The properties of the apparatus allowed for the first time the certification of this product by the metrological institute, despite the fact that the used force sensors with semiconductor strain gauges did not have their own type approval certificate and it was necessary to "correct" some of their unsuitable properties programmatically in the electronics firmware…

In 1994 , the company introduced its dynamic axle weight, in which - thanks to the precise solution of the mechanical construction - the error of weighing road vehicles was reduced from hundreds of kilograms to only tens of kilograms. Acceleration of weight construction and reduction of dependence on the quality of construction work was achieved by using a self-supporting foundation prefabricated with built-in anchoring elements for force transducers and placing a weighing bridge, concreted in a bottom-up form in defined panel conditions…

In 1995 the first technological hanging scales - dynamometers - with a nominal capacity of 10 tons and 20 tons are introduced for the needs of testing lifting equipment. This year, a platform scale with a weighing capacity of 300 kg and a size of the indicated division of 5 g for dosing chemicals is also created.

The year 1996 brings an interesting implementation of a weighing system on a foundry casting crane with a weighing capacity of 40 tons. In addition to the usual functions (weight of molten metal in the ladle), the scale also provides an indication of other data set by the company's technologist (speed of casting metal into the mold, etc.). The imaginative technical solution made it possible to install the balance without interfering with the crane during its routine maintenance, while the weighing accuracy (size of the indicated division 20 kg) is ensured e.g. also by automatic correction of the weight data on the weight of the crane rope just unwound…

At the beginning of 1997 , the company applied its construction of a bridge scale for weighing road vehicles and their sets with a load carrier size of 3m x 18m and a weighing capacity of 60 tons under the trade name EMV. Here, for the first time, the principle of modular construction of the scale from parts weighing up to 3.5 tons was applied, which made it possible to transport the entire scale in a single car and assemble it using lifting equipment with a load capacity of only 5 tons…

In 1998 an innovated type of dynamic axle balance with the trade name FORAX is built into the modified foundation monolith. Thanks to the new principle of signal processing from power sensors, top weight parameters were achieved, which were a pleasant surprise even for the author himself. For the first time, it is possible to compare the accuracy of weighing vehicles in motion with the accuracy of weighing on bridge scales.

In 1999 , the first version of the weighing and dosing system for use in agriculture is created. The development of the system in 2000 led to the construction of a modular system for feed dosing and climate monitoring in animal production facilities with the trade name BADIS.
The year 1999 is also dedicated to the development of crane hanging scales of the DYNAL series. Scales weighing 2 tons and 5 tons with LED and LCD displays are implemented, including the construction of remote controls in the infrared (only remote zeroing and switching the balance on / off) and radio band (fully functional two-way radio connection allows reliable data transfer from the scale to the controller) . The weighing slip with information on the type of material and its weight can thus be operatively printed anywhere in the field on a connected battery printer…
At the end of 1999, a portable system for measuring pressures at construction of molds. Evaluation unit with LCD display a The alphanumeric keypad allows you to enter the necessary identification data of the form and the operator and supplement them with current values of measured forces together with real-time data. Upon arrival at the printer, it is possible to print a report on the performed measurement…

At the beginning of 2000 , a technological hanging crane scale DYNAL 25T with a weighing capacity of 25 tons was realized for the needs of the panel plant.
In the same year, portable weighing platforms TRAFI were developed for mobile weighing vehicles in the field. Thanks to the robust construction, the platforms weighing 7,500 kg (each) can withstand rough handling when used in farm conditions. A set of four platforms with ramps and evaluation equipment can be easily transported to the destination by car…
Ve stejném roce také vzniká konstrukce technologické závěsné váhy s váživostí 150 kg s obchodním označením DYNAL 150kg.

In 2001 , the construction of EMV bridge scales was redesigned. There was a significant simplification of the design of all parts of the scale and a reduction in production costs. It now only takes a few hours for the user to assemble the balance. The scale can be dismantled just as easily and transported, for example, to another company premises…
During this year, the construction of the DYNAL 10t electronic hanging scale with radio data transmission to the remote control was also created. The construction of the scale used the most modern electronic elements and technologies (eg power supply of the scale by a solar panel), shifting the utility values of the system beyond the limits offered by competing products…

Success in the competitive environment of a market economy is given not only by a perfect knowledge of the issue of scales and weighing, but above all by a recreational approach to the implementation of these systems…