Stainless steel capillary tube bending liquid injection needle medical experimental nozzle electroplating custom processing

Stainless steel needle
September 11, 2025
Category Connection: Stainless Steel Needle
Brief: Discover the precision and versatility of our Stainless Steel Capillary Tube Bending Liquid Injection Needle, designed for medical and experimental applications. Customizable in diameter, length, and surface treatment, this 304 stainless steel nozzle ensures exceptional corrosion resistance and sanitary safety. Ideal for medical device testing, laboratory fluid transfer, and precision liquid dispensing.
Related Product Features:
  • Full-process customization including diameter, length, and surface treatment adjustments for compatibility with various lab equipment.
  • Made from 304 Stainless Steel (Medical Grade) for exceptional corrosion resistance and high sanitary safety standards.
  • Precision-engineered for critical fluid transfer applications in medical device testing and calibration.
  • Ideal for water-jet needles, liquid-conveying needles, and laboratory fluid transfer systems.
  • Customizable surface finish options, including electropolished, to meet specific requirements.
  • Complies with medical standards, ensuring dimensional stability and reliable performance.
  • Material certification and traceability, with rigorous quality assurance checks.
  • Additional services include technical consultation, prototype development, and OEM/ODM support.
Faqs:
  • What materials are used in the stainless steel capillary tube?
    The capillary tube is made from 304 Stainless Steel (Medical Grade), known for its exceptional corrosion resistance and high sanitary safety standards.
  • Can the capillary tube be customized for specific applications?
    Yes, the tube can be fully customized in diameter, length, and surface treatment to ensure compatibility with various laboratory equipment and experimental requirements.
  • What are the primary applications of this stainless steel capillary tube?
    It is widely used in medical device testing, water-jet and liquid-conveying needles, laboratory fluid transfer systems, precision liquid dispensing, and experimental research setups.