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Application

Our application adapts to your clinical needs — from patient intake to long-term outcome tracking.

Trocar Application

We has developed a full range of disposable trocars to meet various surgical needs. They feature a very reliable structural design, and the rounded product design offers a firm grip. Additionally, the special sealing design provides reliable sealing performance.

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Endopass™ Endopass visual laparoscopic trocar offers 7 sizes that can be used in various types of laparoscopic surgeries.
Balloonpass™ Balloonpass Trocar is a disposable instrument for minimally invasive surgery. It has a blunt tip that prevents injury during insertion.
Quickpass™ The Quickpass trocar is a disposable laparoscopic bladed trocar designed for minimally invasive laparoscopic procedures.
Endopass™ Endopass visual laparoscopic trocar offers 7 sizes that can be used in various types of laparoscopic surgeries.
Balloonpass™ Balloonpass Trocar is a disposable instrument for minimally invasive surgery. It has a blunt tip that prevents injury during insertion.
Quickpass™ The Quickpass trocar is a disposable laparoscopic bladed trocar designed for minimally invasive laparoscopic procedures.
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Features & Benefits

Many years of material research science and clinical validation have endowed our disposable trocars with several leading functional features.

Precise Reagent Blending Accurate reagent blending is critical for assay consistency and reproducibility. In clinical diagnostics and laboratory testing, even minor deviations in concentration or pH can lead to false negatives or positives. A well-controlled blending process minimizes lot-to-lot variability, ensures calibration stability, and supports compliance with stringent quality standards.
Sample Distribution Clinical laboratories face increasing pressure to process more samples without compromising data integrity. High-throughput distribution systems reduce manual handling errors, maintain traceability across thousands of specimens, and ensure uniform treatment of each patient sample. This directly supports faster turnaround times, reduces reruns, and helps labs meet regulatory requirements for sample tracking and chain of custody.
Sequential Solution Transfer Sequential transfer protocols prevent cross-contamination and preserve sample identity throughout multi-step workflows. In applications such as ELISA, PCR setup, or serial dilutions, the order and timing of liquid handling directly affect reaction efficiency and result validity. A controlled sequential approach ensures that each transfer follows established standard operating procedures, reducing technical variability.
Precise Reagent Blending Accurate reagent blending is critical for assay consistency and reproducibility. In clinical diagnostics and laboratory testing, even minor deviations in concentration or pH can lead to false negatives or positives. A well-controlled blending process minimizes lot-to-lot variability, ensures calibration stability, and supports compliance with stringent quality standards.
Sample Distribution Clinical laboratories face increasing pressure to process more samples without compromising data integrity. High-throughput distribution systems reduce manual handling errors, maintain traceability across thousands of specimens, and ensure uniform treatment of each patient sample. This directly supports faster turnaround times, reduces reruns, and helps labs meet regulatory requirements for sample tracking and chain of custody.
Sequential Solution Transfer Sequential transfer protocols prevent cross-contamination and preserve sample identity throughout multi-step workflows. In applications such as ELISA, PCR setup, or serial dilutions, the order and timing of liquid handling directly affect reaction efficiency and result validity. A controlled sequential approach ensures that each transfer follows established standard operating procedures, reducing technical variability.

More Than a Diagnosis

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Why Us

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  • Backed by 6000+ Science Papers
  • Wave goodbye to pain & inflammation
  • Wave goodbye to pain & inflammation
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What Brought Them In

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Safe polycarbonate（PC） material

Polycarbonate (PC) is highly valued in medical device manufacturing for its exceptional strength and transparency, ensuring trocars maintain integrity during use and allow for precise manufacturing and quality control. It’s also sterilization-compatible, lightweight, cost-effective, and biocompatible, making it ideal for disposable surgical instruments. Its versatility supports customization to meet specific surgical needs.

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