History

Sacemi was founded in the sixties in milan, but it was in 1995 in veneto, and more precisely in Noventa di Piave (Venice), that it consolidated and expanded its presence on the market of electric pumps for machine tools.
Thanks to the highly driven synergy between the two companies which merged in october 2009 to become Sacemi-Gamar s.r.l., it was possible to give very fast responses to customers and a qualified service both for electric pumps bearing the Sacemi ® brand and for those bearing the Gamar ® brand.

Vision & Mission

TOGETHER, IN THE BEST WAY, TO SATISFY THE CUSTOMER`S NEEDS?
In close cooperation with the main manufacturers to fulfill the requirements of the new machine tools and to design electric pumps, electric motors and their component parts, according to the needs and with the same criteria as the machines to which they belong.

Production

The Sacemi-Gamar s.r.l. production site, located in Noventa di Piave (VE), covers an area of 12,000 square meters, of which 6,000 are covered. The company focuses on technology to improve operational speed and flexibility and on design oriented to meet market needs in real time. The technology, design and construction of machine tools and everything that revolves around them, such as robotics and other automation systems, are strongly linked to the components, of which the electric pump and the electric motor are part. The company, operating in this sector, is in contact with the different realities that constantly need new technologies and therefore proposes itself as a complement to the manufacturers of machinery for the mechanical, glass, air conditioning and air conditioning, construction, of the treatment of liquids in general, in a logic of integration between components, equipment and machines.

SACEMI - Eletric Pumps

The production program includes a wide range of low and medium pressure immersed rod electric pumps, in a large number of variants, with immersed rod in steel, cast iron, aluminum, brass, plastic material, designed for industrial applications and mainly for use on cooling, lubrication, washing, air conditioning systems and wherever an effective circulation of water-oil emulsions and pure cutting oils is required, with flow rates reaching up to 1,200 liters / min. And head up to 160 meters. In particular, the submerged rod pumps are designed with the aim of reliability, low operating costs, safe use and total elimination of the risks of leakage or external loss of the pumped liquids.

GAMAR - Eletric Motors

From the Sacemi and Gamar synergies, a wide range of three-phase and single-phase asynchronous electric motors, also self-braking with DC and AC brakes, with IEC 60034, LVD 2006/95/EC, EMC 2004/108/EC, MD2006/42/EC, RoHS 2011/65/EC construction characteristics are produced.
The production programme now includes three-phase asynchronous motors with power ratings from 0.06 to 18 kW, with shaft heights from 56 to 160 millimetres.
Product knowledge allows engineers to offer a wide range of solutions to requirements other than standard or traditional applications.
Special execution motors, mainly made with flanges, shafts, housing shapes or electrical parts to specification, are aimed at targeted and sector-specific applications: the best known include fans, ovens, conveyors, presses and machine tools.
Components are manufactured using modern machine tools, automatic winding machines, balancing systems and test benches to test every aspect of mechanical and electrical operation.
The in-house equipment with a flexible structure allows a considerable reduction in the time required to make moulds and tools for casting bodies or customised parts.
The main objective is the customisation of motors according to customer requirements, with a wide range suitable for solving the problems of asynchronous motor drives. Parallel to the mechanical design, the electrical design is activated to allow a harmonious execution of the required product.
The test laboratory, in addition to the normal control of the finished product, checks all samples and declares their conformity to the initial design.