제품 세부 정보

Created with Pixso. Created with Pixso. 상품 Created with Pixso.
초음파는 니들 가이드를 생체 검사를 실시합니다
Created with Pixso.

Mindray C6-2GE Ultrasound-Guided Needle Biopsy with Minimally Invasive Fast Recovery and High-Frequency Ultrasound Probes

Mindray C6-2GE Ultrasound-Guided Needle Biopsy with Minimally Invasive Fast Recovery and High-Frequency Ultrasound Probes

브랜드 이름: MYPRO
모델 번호: C6-2GE, C6-2G, C6-2GU
MOQ: 1개
가격: 협상 가능
지불 조건: T/T, 서부 동맹
공급 능력: 연간 2000 조각
상세 정보
원래 장소:
중국
재료:
금속, 철강
기능:
의학적 진단
속성:
초음파식 재료
포장:
판지 상자
보증:
1년
서비스:
온라인 기술 지원; 반품 및 교체; 수리를 위해 다시 보내십시오
포장 세부 사항:
310*140*90 mm
공급 능력:
연간 2000 조각
제품 설명
Mindray C6-2GE C6-2Gs C6-2GU Ultrasound-Guided Needle Biopsy System
Minimally invasive ultrasound-guided needle biopsy system designed for faster diagnosis and rapid patient recovery.
Product Specifications
Model Number C6-2GE, C6-2Gs, C6-2GU
Compatible Brand Mindray
Probe Type Convex
Product Description Biopsy Needle Guide
Power Source Manual
Mindray C6-2GE Ultrasound-Guided Needle Biopsy with Minimally Invasive Fast Recovery and High-Frequency Ultrasound Probes 0
Key Features
Faster Diagnosis, Enhanced Clinical Efficiency
  • Accelerates tissue sampling process for quicker diagnostic results
  • Enables faster treatment initiation and improved patient outcomes
Non-Surgical Biopsy
  • Provides non-surgical tissue sampling method
  • Reduces risks and trauma associated with traditional surgical biopsies
  • Offers gentler diagnostic experience for patients
Increased Patient Comfort
  • Minimizes need for multiple needle insertions
  • Reduces discomfort during biopsy procedures
  • Improves overall patient satisfaction
Improved Procedural Accuracy
  • High-frequency ultrasound probes provide clear, detailed tissue imaging
  • Enables precise adjustments during procedures
  • Reduces chances of misdiagnosis or missed abnormalities
Optimized Clinical Workflow
  • Streamlines biopsy procedures for enhanced efficiency
  • Allows clinicians to perform more procedures in less time
  • Improves patient throughput and optimizes clinical resource utilization