With over 70 years of experience, Gibertini is recognized worldwide for its quality products.

2005

The Gibertini Micro-Scale in Space

On May 1, 2005, a sounding rocket for the MASER-10 mission was launched from the launch range of ESA`s ESRANGE space center in Kiruna (Sweden), including the Gibertini Micro-Scale among the analysis equipment.

2002

New Establishment

On April 19th 2002 the new Gibertini factory was inaugurated on the occasion of the 50th year of activity

1997

Accreditation

In 1997, Gibertini was accredited as a calibration body for scales up to 30kg and in 2002 it was extended to microdosers (pipettes); in July 2004 also to hydroalcoholic solutions

1992

Quality

In 1992, the company obtained the UNI EN ISO 9001: 2000 Quality Certificate

1989

METHODS OF ANALYSIS OF WINES AND SPIRIT

In 1989 a detailed study on the analysis of wine was born from a collaboration with Romolo Becchetti.

1986

Avogadro

In 1986 Avogardo was born: a multifunctional tool for quantifying the moles of a chemical compound and for the preparation of solutions.

1975

Enochemical distiller

In 1975 the first Gibertini electro-mechanical distiller was born, for the determination of the alcohol content and volatile acidity.

1971

Technical Balance

In 1971 the precision single-plate technical electro-optical scale was born

1952

Hydrostatic balance

In 1952 the first Gibertini hydrostatic blancia was born.

1950

Foundation

In 1950 Gibertini Elettronica was born from an idea of Gibertini Gisberto, a graduate in general chemistry in Modena

Gisberto Gibertini, graduated in general chemistry in Modena, after a few decades spent in the customs’ chemical laboratories, found himself with a fancy for precision engineering, and especially for analytical balances. Remembering the hard and laborious times to determine the density with Westphal balances, he develops the application of a floater calibrated in mass and volume thus creating the first hydrostatic balance which has become the symbol of the present “Gibertini Elettronica” making it famous (the world over). In 1950 is born the father’s artisan business with his four children all engaged in buildind not only balances but also, physically, the house and the laboratory destroyed by the war. After ten years an industrial configuration started to develop, with the hiring of collaborators, with theincrement of the instruments range, the organization of a commercial network, at a regional level first, then national, and finally world-wide. As years go by production of laboratory instruments grows (especially in the chemical, pharmaceutical and food areas) and now goes from balances to pH-meters to thermostatic baths; already from several years the company boasts a world-wide leadership in the field of oenological instruments and for paints dosage. It produces moreover, whit its own technology, machanical and electronic equipment for other companies, which are assembled and sold under their own brand.

Safety Data Sheets

In this space you can find all the safety and information sheets relating to the products marketed by Gibertini Elettronica Srl

You need to provide a safety data sheet when:

a substance or mixture is classified as dangerous
a substance that is persistent, bioaccumulative and toxic (PBT) or very persistent and very bioaccumulative (vPvB)
a substance is included in the candidate list pending authorization under REACH for reasons other than those listed above

Mixtures not classified as dangerous, but which contain specific concentrations of some dangerous substances, it is necessary to provide a safety data sheet upon request.

If a supplier updates a safety data sheet he must provide an updated version to whom the substance or mixture has been supplied in the previous 12 months.

What to do when you receive a safety data sheet?

When you receive a safety data sheet (SDS), you must identify and put in place adequate measures to control the risks that exist at your site. You must also perform a consistency check on the contents of the safety data sheet conforming to the situation. This way you will avoid using information from an incorrect SDS as the basis for environmental and workplace safety assessments. Specifically, you must compare all the sections relating to the identification, composition, classification and safe use of the chemical with your information on the substance or mixture. Identify any discrepancies and take appropriate corrective actions.

Gibertini - Model CENT-2 10000 -Magnetic Compensation Technical Balances

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