SIMAC & TANNING TECH 2014: Feria para el trabajo de cuero, calzado, marroquinería, peletería, etc.

As is traditional, the two most important world fairs in the sectors of machinery and technologies for the footwear, leather goods and tanning industries will take place this year in Bologna, simultaneously with the autumn edition of Lineapelle, from October 8 to 10, 2014.

SIMAC & TANNING TECH are not only a commercial meeting place between the supply of machines and the demand of the international market but also a moment of confrontation and deepening between the producers of machines and technologies and the specific requirements of their international customers.

A confrontation that leads to the continuous development of applied technology with the "customization" of machines and equipment. An evolving technology that SIMAC&TANNING TECH exhibitors interpret by proposing themselves once again as problem solvers at the service of the world leather and footwear industrial system.

In the tannery sector, TANNING TECH exhibitors offer mechanical and chemical solutions able to meet market requirements by satisfying the objectives of the modern leather working process represented by technologically advanced "FASHION" articles; productions in compliance with environmental and energy sustainability rules; respect of ecotoxicity limits provided for by international regulations; rationalization of production costs and rational exploitation of resources.

In the footwear and leather goods sector, the technological offer of SIMAC exhibitors is characterized by the variety and breadth of the range of solutions proposed, able to meet the needs of every phase of the production process, from the most important to the most detailed and minute, whatever the manufacturing technique, from the simplest to the most complex, and whatever the material used. The quality of a machine is perhaps less visible than in a shoe or an elegant handbag, but it is no less important. It is evident in the precision of the design and its mechanical realization, in the reliability and resistance of the components used (mechanical, pneumatic, hydraulic, hydraulic-dynamic, electronic), in the power and stability of the software, in the ease of use of the systems and, last but not least, in the simplicity with which the various machines can dialogue with each other and with the design software, within increasingly complex and integrated systems.