自1977年以来，Dexter Research Center德克斯特研究中心一直是科学和工业领域红外热电堆探测器的首选提供商。Dexter Research Center提供大量的标准探测器-并且可以根据特定需求定制探测器。

研究，医疗，汽车，航空航天和安全行业的客户以及许多其他客户现在都依赖Dexter Research Center获得性能最高的探测器。Dexter Research Center在密歇根州德克斯特的美国总部设计和制造探测器。

在Dexter Research Center德克斯特研究中心，我们利用我们的知识和经验来领导红外感应以及检测和管理解决方案领域的领先公司。
Dexter Research Center结合了卓越的灵敏度，更好的信噪比以及根据MIL-Spec可靠性和耐用性测试标准制造和包装的出色外形规格。

如果您需要优质的非接触式温度传感器，则Dexter Research Center德克斯特提供了性能卓越的温度感测模块，可以订购其达到医疗级的精度。

Dexter Research Center总共提供30多种核心的热电堆薄膜和硅基产品，超过了所有全球竞争对手的总和。每个Dexter德克斯特检测器均经过100％的行业领先质量测试。

Dexter Research Center还为客户提供1000多种热电堆配置选择。而且我们有新的热电堆探测器推向市场。这些将使我们能够在现有和新客户在全球应用我们的产品时继续为其提供支持。

在战略和战术上，Dexter Research Center德克斯特研究中心处于有利位置，可以在未来数十年内继续满足客户的关键任务传感需求。我们一直在改进我们的产品和性能。我们将继续以竞争激烈的营销和定价策略来应对不断发展的行业。

Dexter Research Center德克斯特研究中心是制造高质量，高产量铋锑薄膜和硅基红外感应热电堆探测器的全球领导者。这种领导地位是通过Willow Run Labs的前国防科学家与材料与薄膜专家Robert“ Bob” Toth博士之间的协作而实现的，该材料先前曾在福特科学实验室工作。

密歇根大学工程研究所的一部分Willow Run Labs吸引了一批世界知名的研究人员和工程师来帮助设计最终被称为美国的弹道导弹系统。然后，遥感技术在这个非常先进的防御系统中发挥了关键作用，并继续发挥着重要作用。

1960年代中期，在Willow Run Labs完善许多在第一次和第二次海湾战争中证明如此成功的美国军事武器系统之时，传感器非常昂贵。随着工作的进展，传感器技术的潜在商业应用开始得到认可，但是高单位成本仍然是技术转让的障碍。

从系统性能和成本的角度来看，Dexter Research Center德克斯特研究中心的热电堆技术的定制应用仍然是当今迅速发展的红外探测器市场的首选解决方案。但是我们知道，我们不能仅依靠我们的良好声誉。

Since 1977, Dexter Research Center has been the preferred provider of infrared thermopile detectors for science and industry. We offer standard detectors in high volumes – and we customize our detectors for specific needs.

Customers in the research, medical, automotive, aerospace, and security industries, among many others, now rely on us for the highest-performance detectors. We design and manufacture our detectors right here at our U.S. headquarters in Dexter, Michigan.

At Dexter Research Center, we leverage our  knowledge and experience to reign as the leading company for infrared sensing and detect-and-manage solutions.
We offer a combination of superior sensitivity, better signal-to-noise ratios, and superior form factors built and packaged to MIL-Spec reliability and durability testing standards.

If a superior non-contact temperature sensor is what you seek, Dexter offers a superior performing Temperature Sensing Module that may be ordered up to medical-grade accuracy.

In all, we offer over 30 core thermopile thin-film and silicon-based products, more than all our global competitors combined. Each Dexter detector is 100% tested for industry-leading quality.

We also provide our customers a choice from over 1,000 thermopile configurations. And we have new thermopile detectors coming to market. These will enable us to continue supporting our current and new customers as they apply our products around the world.

Strategically and tactically, Dexter Research Center is well positioned to continue serving the mission-critical sensing needs of our customers for decades to come.  We’re consistently improving our products and performance. And we continue to respond to our evolving industry with competitive marketing and pricing strategies.

Dexter Research Center is the global leader in the manufacture of high-quality, high-output Bismuth-Antimony thin film and silicon-based infrared sensing thermopile detectors. This leadership was achieved through collaboration between former defense scientists at Willow Run Labs and Robert “Bob” Toth, Ph.D, a materials and thin film expert who had previously worked for Ford Scientific Labs.

Willow Run Labs, a part of the Engineering Research Institute of the University of Michigan, attracted a cadre of world-renowned researchers and engineers to help design what eventually became known as the U.S. anti-ballistic missile system. Remote sensing then played, and continues to perform, a key role in this ultra-sophisticated defense system.

During the mid-1960s, at the time that Willow Run Labs was perfecting many of the U.S. military weapons systems that proved so successful in the first and second Gulf Wars, sensors were extraordinarily expensive. As work progressed, the potential commercial applications of sensor technology began to be recognized, but high unit costs remained a barrier to technology transfer.

From the perspectives of systems performance and cost, the customized applications of Dexter Research Center’s thermopile technology continue to be the preferred solutions to today’s burgeoning infrared detector market. Yet we know that we cannot rest on our good reputation.