Off. Meccanica TAU s.r.l.
Via A. Pretti, 17
13046 Livorno Ferraris (VC)
Contact: Stefano Taulino
Role: Chief Operating Officer
Email: info@meccanicatau.com
Phone: 0161 477653
Website www.meccanicatau.com
Establishment year: 1984
Number of employees: 7
Number of employees R&D: 3
Business sectors: Medical devices / Biotech Healthcare
DESCRIPTION
With twenty years of experience in the field, the Taulino brothers founded in 1984 Off. Meccanica TAU, in Livorno Ferraris (Piedmont, Italy).
In 1994 a major expansion was undertaken and the plant was moved to the industrial area of the village, in a space of 2,000 square meters.
In 2004 the machine fleet underwent a first major renovation with the acquisition of advanced CNC machining centers.
In 2015 the restructuring of the company headquarters began.
Today TAU is a dynamic company that has integrated in its structure the new generations, while retaining the family character of the early days and is
engaged in a continuous process of development and modernization to offer a high quality service constantly adapted to the technologies and needs
of the market.
Complexity, completeness and high standards: all this is possible thanks to an advanced and constantly updated machine fleet.
The attention to detail is one of the main strengths of our company in order to maintain high performance in the sectors in which we operate: BIOMEDICAL, MICROMECHANICS AND ROBOTICS, AUTOMOTIVE, RACING.
There is a continuous dialogue between men and machines, between technical office and production department, through an information circuit able to manage in real time customer requests.
In this difficult scenario, TAU collaborates and works in partnership with its customers to develop prototypes and optimize products before their production on a medium/large scale. In the last decade, a specific focus has been on the improvement of know-how and equipment for precision technologies and advanced processes oriented to BIOMEDICAL PROCESSING.
TAU therefore operates according to a “customer oriented” model aimed at obtaining high flexibility in product-oriented process development.