Medical Grade Compounds for Medical Monitoring Systems

High quality Master Bond adhesives, sealants, coatings, and potting/encapsulation compounds are frequently employed for the construction of medical monitoring devices. Utilization of our state-of-the-art polymeric formulations has accelerated the progress in improving the capabilities of these monitors, and ensuring reliable outcomes for patients. Monitoring devices assembled using Master Bond products provide healthcare professionals the accuracy, precision, efficiency, seamless connectivity, touch sensing technology, intuitive user interface, and longevity to deliver the best standards of care. The following medical monitoring equipment are examples for select Master Bond products:

  • 重要的标志监控
  • Electrocardiographs
  • 压力测试设备
  • Fetal monitors
  • HOLTER MINTRIN.
  • EEG system
  • 呼吸量表
  • 血气分析仪
  • 肺活量计
  • Breathing monitors
  • 体温监测
  • 癌症治疗监测
  • PFT systems
  • Polysomnographs
  • tonometers.
  • Biosensors

为了满足设计工程师的需求,主债券在许多场合开发了定制的液体,糊状和薄膜粘合剂,以满足具有挑战性的要求。这有助于为医疗监测设备制造商提供重要贡献,以生产轻量级,移动,节能,多功能,无线监视器,以便快速,远程网络集成。通过医学监测测量关键患者参数使医生能够在必要时立即决定诊断目的或治疗干预措施。

Master Bond offers various glob top coatings, die attach adhesives, underfill encapsulants, electrically insulative & thermally conductive systems, electrically conductive silver filled products, and low stress silicones for use in such applications. Our most durable toughened compositions resist impact from multiple drops, abrasion, and fluid ingress.

主债券的各种公式无与伦比的是我们对技术专业知识的声誉。我们提供各种生物相容性的一种/两种组分环氧树脂,硅氧烷,紫外/可见光固化,氰基丙烯酸酯和弹性体粘合剂,即USP类VI和/或ISO 10993-5认证,用于医疗行业。以下是主要用于制造医疗监测装置的主键环氧树脂的一些示例:



产品 主要特征 Application
EP42HT-2Med 两个组分室温固化环氧树脂
重复高压灭菌
用于全植入多面板装置的生物相容性包装,用于远程监测新陈代谢1
EP30Med 两个组分室温固化环氧树脂
Low viscosity & optically clear
ElecDevelopment of the Telemetrical Intraoperative Soft Tissue Tension Monitoring System in Total Knee Replacement with MEMS and ASIC Technologies2
EP30HT 两个组分室温固化环氧树脂
高抗拉强度和耐高温
基于阻抗的生物传感器阵列,用于监测哺乳动物细胞行为3.

Sources

1Baj-Rossi,C.等人。“用于远程监测新代谢的全植入多面板设备的生物相容性包装,”2015年IEEE生物医学电路和系统会议(Biocas),亚特兰大,GA,2015,PP。1-4。DOI:10.1109 / Biocas.2015.7348398。于2018年1月17日访问。

2To, Gary, "Development of the Telemetrical Intraoperative Soft Tissue Tension Monitoring System in Total Knee Replacement with MEMS and ASIC Technologies. " Master's Thesis, University of Tennessee, 2007. http://trace.tennessee.edu/utk_gradthes/231

3.黄、x Greve D.W.阮号Domach, M.M. Carnegie Mellon University, Pittsburgh, PA.. "Impedance Based Biosensor Array for Monitoring Mammalian Cell Behavior." https://users.ece.cmu.edu/~dwg/research/sensors2003a.pdf

Biocompaible Adhesives for Medical Monitoring Systems

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