从China供应商批发进口Advanced C-Arm Table Plxf150 — FOB条款

The PLXF150 is a C-arm table designed to support mobile C-arm imaging systems in medical environments. It features adjustable height and tilt mechanisms, allowing precise positioning for surgical and diagnostic procedures. The table is compatible with a broad selection of C-arm systems, making it versatile for orthopedic, cardiology, and interventional radiology applications.

Constructed with a robust frame, the table ensures stability and safety during use. Its ergonomic design facilitates easy access for medical practitioners while maintaining patient comfort. The surface material is typically a medical-grade, non-porous, and easy-to-clean laminate or stainless steel, standard for infection control in healthcare settings. The load capacity typically ranges from 200 to 300 kg, standard for C-arm tables, though the exact specification should be confirmed with the supplier.

This table is essential in hospitals, outpatient surgical centres, and clinics where C-arm imaging is required. It is designed to accommodate various patient sizes and positions, and its mobility allows it to be repositioned as needed. The product is shipped securely packaged, with options for CIF or FOB terms, and is certified to meet international standards such as ISO and CE, though the exact certifications should be verified directly with Nanjing Perlove Medical Equipment Co., Ltd.

Nanjing Perlove Medical Equipment Co., Ltd is located at No.168 Kaiyuan Road, Jiangning Science Park, Nanjing, Jiangsu Province, China. The company specialises in medical equipment, including C-arm tables like the PLXF150, which are designed for healthcare environments requiring mobile imaging solutions.

The supplier’s profile indicates a trust tier classified as harbor, with no recorded response rate or average response time data available. The company does not provide additional details about its operational history, client base, or production capacity in the listing. However, the product description highlights a focus on stability, ergonomics, and compatibility with C-arm systems, suggesting a commitment to functional design for medical applications.