• 2012 年5 月30 日，丹纳赫工业技术集团成都办事处开业。
• Setra参加上海国际太阳能展。
• 中国航天空气动力技术研究院（原航天７０１研究所）关注：Setra推出新一代STC温度传感器和变送器产品。
• 2012年第二十三届国际制冷、空调、供暖、通风及食品冷冻加工展览会（中国制冷展）,为客户展示最新的HVAC暖通空调和制冷领域的传感器解决方案。

SETRA is an acronym for Signal and Energy Transduction, which indicates the focus and main thrust of the company.

Founded in 1967, Setra Systems, Inc. is a leading designer and manufacturer of pressure, acceleration, and weight sensing devices. Setra has devoted its engineering and research efforts to the development of transducers and systems based on the highly accurate variable capacitive transduction principle.

Setra’s founders, Dr. Y.T. Li and Dr. S.Y. Lee, are Professors Emeritus of Engineering at MIT and the co–developers of the variable capacitance transduction principle, the innovative force sensing technology which is the heart of Setra’s products.

Setra is ANSI–ASQ ISO 9001:2008 certified through our registrar, National Quality Assurance (NQA). This prestigious certification requires Setra to maintain a documented quality system to ensure customer satisfaction through controlled design, manufacturing, and employee training programs.

Setra Technology Park owned by Setra Systems, Inc., is located on a scenic 23 acre site in Boxborough, Massachusetts. Setra’s building is approximately 100,000 square feet and houses the executive offices, sales offices, and manufacturing facilities. In addition, Setra has additional manufacturing capacity in China at our wholly owned subsidiary, Danaher Sensors and Controls.

Setra是由李耀滋（美籍华人科学家）和 Dr. S.Y. Lee于1967年创立的，公司以电容技术闻名于世界。其生产的微差压传感器在全球范围内享有盛誉，曾是美国阿波罗登月计划中精密传感器产品供应商之一。李耀滋先生生前为中美的航空事业作出很大贡献，他曾主持建造了中国第一台飞机发动机，并在1982年1月，在北京受到邓小平的会见，探讨了"一个国家，两种制度"的概念，因他也此成为"一国两制"方针提出的历史见证人之一。

美国SETRA西特精密电子天平是美国Setra Systems,Inc.公司将其拥有的国际专利技术陶瓷镀金电容传感技术在精密称重领域中成功应用的结果。1987年美国SETRA西特公司总裁 Dr.S.Y.Lee因此项发明，而荣获ISWM（International society for weighing and measurement)颁发的技术杰出奖。美国SETRA西特精密电子天平系列是为了满足用户对高精度、低价格和功能的要求而设计的，它们均采用了陶瓷电容称重传感器，由于陶瓷电容称重传感器需要的部件很少，所以使天平的结构得以精简并保持很低的外形。陶瓷材料优良的物理性能保证了美国SETRA西特系列电子天平具有很高的稳定性，很小的迟滞。