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Mindray L13-3 Medical Ultrasound Probe with Advanced Biopsy Guidance Technology for High-Resolution Imaging and Non-Surgical Tissue Sampling

Name: Mindray L13-3 Medical Ultrasound Probe with Advanced Biopsy Guidance Technology for High-Resolution Imaging and Non-Surgical Tissue Sampling
Brand: Wuxi Sonos Tech Co., Ltd.
SKU: L13-3
Availability: InStock

ブランド名:	MYPRO
モデル番号:	L13-3
MOQ:	1個
価格:	交渉可能
支払条件:	T/T、ウェスタンユニオン
供給能力:	年間2000個

詳細情報

製品の説明

詳細情報

起源の場所:

中国

材料:

金属,鋼

関数:

タイプK、タイプJ

プロパティ:

超音波助けられた材料

パッキング:

カートン

保証:

1年

サービス:

オンライン技術サポート。返品＆交換;修理のために送り返します

パッケージの詳細:

310*140*90mm

供給の能力:

年間2000個

製品の説明

Mindray L13-3 Medical Ultrasound Probe with Advanced Biopsy Guidance Technology

Model Number	L13-3
Compatible Brand	Mindray
Probe Type	Linear
Product Description	Biopsy Needle Guide
Power Source	Manual

Key Features

Enhanced Patient Experience - By reducing the number of needle insertions and minimizing discomfort associated with traditional biopsy methods, the Ultrasound Probe Biopsy Guidance system offers a more comfortable patient experience.
Versatility Across Medical Disciplines - Designed to meet the needs of multiple medical specialties, this system offers versatile applications in clinical practice for cancer screenings, tissue sampling for pathology, and interventional radiology.
Non-Surgical Tissue Sampling - This advanced ultrasound technology provides a non-surgical method for obtaining tissue samples, making it ideal for patients who may not be suitable candidates for traditional surgical biopsies.
High-Resolution Imaging for Precise Diagnosis - The high-frequency ultrasound probe delivers clear, detailed images of tissues, allowing healthcare providers to identify abnormalities with greater accuracy and ensure precise tissue sample collection.
Streamline Clinical Workflow - The Ultrasound Probe Biopsy Guidance system enhances clinical efficiency by reducing biopsy procedure time. Its precision and real-time feedback allow healthcare providers to perform multiple procedures within shorter time frames, optimizing clinical resource utilization.