Atomflo plasma systems improve adhesion and coating of many materials used in the medical device industry, such as:

  • Nylon
  • Polyimide (Kapton)
  • Polyurethane
  • Polypropylene
  • Polystyrene
  • Polyethylene
  • PDMS
  • Polyether block amide (Pebax®)
  • Aluminum
  • Titanium
  • Stainless Steel

Recent News


Creating reactive surfaces to generate robust adhesive bonds

  • Atmospheric plasma cleans and activates by removing organic contamination and creating reactive surfaces to generate robust adhesive bonds
    • Uses low voltage RF power to safely generate plasma; safe enough to be handheld
    • No NOx species are generated (low EH&S risk)
  • Water-cooled head allows treatment of catheters, membranes, and other thermally sensitive products
  • Safe for use on implantable devices
    • Stent
    • Drug delivery
    • Central venous catheters
  • Cleanroom compliant


Medical grade catheters

  • Medical grade catheters are highly non-reactive, presenting challenges during bonding to other components, such as hubs and ports.
  • Printing: Ink wets out and adheres to catheters after treatment, providing durable branding and part labeling
  • Coating: After plasma activation, applied coatings adhere better to the polymer surface
  • Non-thermal plasma: Actively water-cooled plasma sources prevent damage of thin-walled, thermally sensitive catheters and balloons


Manufacturing line activate prior to coating

  • Surfx plasma systems are used in manufacturing lines to activate surfaces prior to coating:
    • Drug-eluting devices
    • Stents
    • Balloons
    • Diagnostic chips
  • Works with a variety of coating methods: dip, spray, and ultrasonic
  • Improved adhesion of different types of coating:
    • Silane coupling agents (SCA) for hydrophobic or hydrophilic surfaces
    • Proprietary coatings

Cell Adhesion

Improving cell adhesion with Surfx Plasma

  • Treating microplates with Surfx plasma improves cell adhesion.
    • Reactive gas flows into wells, activating the entire surface without damage
  • Increased cell adhesion improves:
    • Enzyme-linked immunosorbent assays (ELISA)
    • Cultures
    • Tumor growth
Medical Devices


  • 尼龙
  • 聚酰亚胺(卡普顿)
  • 聚氨酯
  • 聚丙烯
  • 聚苯乙烯
  • 聚二甲基硅氧烷
  • 聚醚嵌段酰胺
  • 不锈钢




  • 大气等离子体通过除去有机污染物和创建反应性表面进行清洁和激活,以产生强大的粘合效果
    • 采用低电压RF功率安全地生成等离子体; 保证手持安全
    • 没有任何氮氧化物生成 (低环境健康与安全的风险EH&S)
  • 水冷头可以处理导管,膜和其它热敏感产品
  • 可安全使用在植入式设备上
    • 支架
    • 药物输送
    • 中心静脉导管
  • 达到洁净室标准



  • 医用级的导管是高度非反应性的。用医用级导管粘结到其它部件,诸如集线器和端口非常困难。
  • 印刷:处理后的油墨润湿附着在导管上,提供持久的品牌和部分标签。
  • 涂层:等离子体活化后,施加涂层更好地附着在聚合物表面。
  • 非-热等离子体: 主动性水冷等离子体源可以防止薄壁,热敏导管和气圈受到破坏。



  • Surfx等离子体系统在生产线中用于涂料前激活表面
    • 药物洗脱设备
    • 支架
    • 气圈
    • 诊断芯片
  • 各种涂料方法一起兼容: 浸,喷雾,超声
  • 改进了不同类型的涂层附着力:
    • 为疏水或亲水表面的硅烷偶联剂
    • 专有涂料



  • 用Surfx等离子体处理微孔板改善细胞粘附。
    • 反应性气体流入培养板,用无损害的方式活化的整个表面
  • 增加细胞粘附改善了:
    • 酶联免疫吸附测定
    • 培养液
    • 肿瘤生长