Visit Booth #P407 to see precision components for handheld medical devices
Farmington, CT – CSS, a leading international manufacturer of precision parts and assemblies for industries worldwide, is pleased to announce that it will showcase its expertise in medical device components at Medtec China 2015. The company will be exhibiting at booth #P407 from September 22-24, 2015 at the Shanghai World Expo Exhibition & Convention Center in Shanghai, China.
CSS has an established international presence that allows the company to support customers all over the world. This includes operating production sites in Asia, managing a sales office in Europe, and managing warehousing and sales facilities in Latin America. The company has just implemented a new website, and will soon add foreign language features to make the site a truly global experience.
"We have a large and expanding business supplying medical device OEMs with tight tolerance springs and metal stampings that are used in a wide range of applications," said Steve Dicke, Vice President of Sales and Marketing at CSS. "We are pleased to be involved in Medtec China this year to spread awareness about our medical capabilities and better serve our customers worldwide."
For further information, please visit our website or email us at contactus@ctspring.com.
CSS (Connecticut Spring & Stamping) is a leading precision manufacturer and has been a strategic supplier of metal springs, stampings, machined components, and assemblies to industries for 75 years. As a family owned and managed company, we pride ourselves in our decades of experience, honed by our expertise in medical devices, defense and firearms, aerospace, and government. We are a comprehensive solution provider that collaborates with our customers through all aspects of development, managing projects from prototyping, assembly and product launch to full volume production. What sets us apart is our experience in developing innovative, advanced, and difficult-to-make parts. Companies and industry leaders work with us because they know they can rely on our ability to tackle the most challenging of components and assemblies.
