Visual trephine Manufacturers

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Visual trephine

Visual trephine

Different of handle :Integrated handle/ Trilateral quick installing handle / Pentagonal quick installing handle 
High-intensitive raw materials
  • Visual trephine
  • Visual trephine
  • Visual trephine
  • Visual trephine
  • Visual trephine
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A trephine is a surgical instrument used for cutting cylindrical pieces of tissue or bone. In the context of spinal surgery, a visual trephine may be designed to perform trephination procedures with enhanced visibility through the endoscope.
Integrated Handle:  An integrated handle provides a continuous and sturdy grip for the surgeon, contributing to stability during the procedure.
Trilateral Quick Installing Handle: A trilateral handle facilitating quick and secure installation or attachment. This feature could be beneficial for efficient instrument preparation and use during surgical procedures.
Visual trephine uses high-strength raw materials for durability and corrosion resistance.

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We are a high-tech enterprise integrating R&Dproduction, sales, maintenance and service. Custom Endoscopic Visual trephine Factory in China

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Contact us

  • address:

    NO.248 Yunxi Road Tonglu Hangzhou City Zhejiang，China

  • Phone:

    +86-15355436798

  • Fax:

    +86-0571-6991-1158

  • Email:

    [email protected]

If you need wholesale Transforaminal Endoscopic Surgical Visual trephine, please contact us!

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Hangzhou Sconor Medical Technology Co., Ltd.

A high -tech enterprise which engages in R&D ,manufacturing and sales of medical endoscopic products . Located in Tonglu -Hangzhou , founded in 2016 .Sconor always adhere to the business philosophy of “normative ,focus ,pioneering and innovative. Wholesale Transforaminal Endoscopic Visual trephine Manufacturers and OEM Custom Transforaminal Endoscopic Visual trephine Suppliers.

  • 30 +

    Exported to more than 30 countries.

  • 20 +

    We have more than 20 R&D personnel.

  • 7 +

    Since 2016, more than 7 years of experience.

Hangzhou Sconor Medical Technology Co., Ltd.

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Product Knowledge

How is the visual trephine designed to facilitate cleaning and sterilization?
The design of a visual trephine is typically engineered to facilitate effective cleaning and sterilization, ensuring that the instrument can be maintained in a sterile condition for safe and reliable use in surgical procedures. Here are key design considerations that contribute to the cleaning and sterilization of visual trephines:
Material Selection:
Visual trephines are often constructed from materials that withstand the rigors of repeated sterilization processes, such as autoclaving.
The materials used are chosen for their resistance to corrosion and degradation during sterilization.
Smooth Surfaces and Minimal Joints:
The design of the trephine incorporates smooth surfaces with minimal joints, crevices, or intricate features that could trap debris.
Smooth surfaces facilitate easy wiping and minimize the risk of bacterial or residue buildup.
Dismantlable Components:
Some visual trephines are designed with components that can be easily dismantled for thorough cleaning.
Dismantlable parts allow better access to hidden or recessed areas, ensuring that all surfaces can be effectively cleaned.
Compatible with Sterilization Methods:
The visual trephine design considers compatibility with common sterilization methods, such as autoclaving, ethylene oxide (EtO) gas sterilization, or liquid chemical sterilization.
Compatibility ensures that the trephine can undergo the appropriate sterilization process without compromising its functionality.
Resistant to Harsh Chemicals:
The materials used in the construction of visual trephines are often resistant to harsh chemical disinfectants and sterilizing agents.
Resistance to chemicals ensures that the trephine remains durable and maintains its structural integrity after repeated exposure.
Sterile Packaging:
Visual trephines are often packaged in sterile packaging materials to prevent contamination during storage and transport.
Sterile packaging helps maintain the sterility of the trephine until it is ready for use in the surgical setting.
Sealed or Smooth Joints:
Joints and connections in the trephine design are either sealed or made with smooth interfaces to prevent the ingress of fluids or contaminants.
This design feature contributes to the ease of cleaning and prevents the accumulation of debris.
Clear Markings for Disassembly:
Trephines may include clear markings or indicators that guide users in disassembling components for cleaning.
Clear instructions ensure that healthcare professionals can safely disassemble and reassemble the trephine without compromising its functionality.
Compliance with Regulatory Standards:
The design and materials used in the visual trephine should comply with regulatory standards related to sterilization and medical device manufacturing.
Compliance ensures that the trephine meets the necessary safety and performance requirements.
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