April 2016: CSS Exhibits Precision Metal Components at Medtec Europe in Stuttgart, Germany

Farmington, CT – CSS, an international manufacturer of precision metal parts and assemblies for leading companies in the medical, aerospace, firearms, defense, and transportation industries, showcased its high quality medical device components last week at Medtec Europe 2016 on April 12-14. The company's exhibition was located in booth #P407 at the conference in Stuttgart, Germany.

CSS has an established global presence with offices and facilities located in Europe, Asia, and Latin America. Its newly updated website is accessible to customers around the world in English, German, French, and Chinese. The company's international operations supply industry leaders in over 60 countries with a large array of metal components for medical devices, instruments, systems, and equipment.

"Our business is continuously expanding to offer consistent and reliable precision metal components for OEMs around the world," said Steve Dicke, Vice President of Sales and Marketing at CSS. "We were pleased to showcase our medical capabilities and connect with our international customers at MedTec Europe this year."

For further information, please visit our website, email us at contactus@ctspring.com or call 860.703.1629.

About CSS

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.