Dynamic Growth Forecasts Drives Expansion of ETS Solutions Manufacturing Facilities

Publish Date: 15 , June 2009 | Contact Info: Harold Myers

ETS Solutions Beijing Ltd, one of the leading manufacturers of Vibration Test Equipment in China, has increased its manufacturing facilities in Suzhou China to more than 64,000 square feet (6,000 sq M). Experiencing significant growth and anticipation of future growth in sales of both air- cooled and water-cooled systems globally was the driving force behind the expansion.

Harold Myers, CEO of ETS Solutions (China) Ltd, has set an objective for the corporatio0n to be the leading manufacturer in China by 2011 and to be a top tier manufacturer globally by 2012. “I am very confident of increased growth for our business in all major global markets as the economy turns favorable in 2010 and beyond” states Myers. “Furthermore, expanding our factory and strengthening our position in China was an easy decision.” “Inputs from our sales team around the world provided the incentive and confidence for us to strive towards achieving our lofty objective.”

The manufacturing facility, located in the Suzhou High Tech Zone, now consists of two major structures. One building provides offices for management and administration, sales, design engineering and manufacturing of air-cooled systems. The other building is for manufacturing of amplifiers and water-cooled systems. Additionally, a “state of the art” paint facility was constructed within this building.

As growth increases, manufacturing employment is expected to expand to approximately two hundred employees from the 120 that currently exists.

In addition to expanding its manufacturing capabilities, ETS Solutions has also opened additional sales and marketing offices throughout China and an R&D center in Beijing.

The opening of a formal R&D center in Beijing will place ETS Solutions in the forefront of advanced development in an industry that has been slow to adapt new technology and has seen minimal change in fifty years. With an abundance of technology capable of being integrated into vibration test systems, future users will be able to perform design verification and reliability testing to advanced specifications.