Browiner PerfoX 3000(UC-arm) Motorized UC-arm DR

Browiner PerfoX 3000(UC-arm) Motorized UC-arm DR

Product overview

PerfoX 3000(UC-arm) is an innovative digital radiography system designed to provide hospitals with a compact, flexible, and efficient imaging solution. Featuring an advanced UC-arm mechanical structure, high-performance digital imaging components, and intelligent positioning technology, the system delivers outstanding operational flexibility while maintaining reliable diagnostic image quality. Unlike conventional fixed radiography systems, the UC-arm X-ray system provides enhanced positioning flexibility with a smaller footprint, allowing radiographers to perform examinations from multiple angles while optimizing the use of clinical space. Its lightweight and agile mechanical structure improves maneuverability, making it an ideal solution for modern imaging rooms seeking higher efficiency and flexible workflow. Equipped with a large flat panel detector, high-frequency generator, and advanced image acquisition system, PerfoX 3000 (UC-arm) delivers stable imaging performance for a wide range of clinical applications. The fully motorized structure, smart touchscreen control, and automated positioning functions simplify operation and improve examination consistency. With its compact design, intelligent workflow, and flexible imaging capability, PerfoX 3000 (UC-arm) provides an efficient digital radiography solution for hospitals, clinics, and medical imaging centers requiring both productivity and space optimization. · Flexible UC-arm structure provides multi-angle positioning capability with a compact footprint for efficient clinical workflow. · Advanced digital imaging chain integrates a large flat panel detector, high-frequency generator, and image acquisition system for stable image performance. · Fully motorized positioning system enables smooth operation and precise movement during daily examinations. · Smart touchscreen control interface simplifies system operation with intuitive workflow management.

Motorized UC Arm for Flexible Imaging

Designed for hospital and diagnostic-center digital radiography departments, this Browiner system can be configured for the clinical workflow, detector, software, accessories, and local installation requirements.

Key features

• Innovative UC-arm Structural Design: PerfoX 3000 (UC-arm) adopts an innovative UC-arm mechanical structure that combines flexibility, lightweight design, and efficient space utilization. The agile movement system allows radiographers to position the X-ray tube and detector easily according to different examination requirements. Compared with traditional radiography systems, the compact UC-arm design helps optimize room layout while maintaining excellent operational flexibility. This makes the system particularly suitable for hospitals and clinics looking for efficient imaging solutions in limited spaces, and can also reduce the cost of a digital X-ray system.
• High-definition Imaging Capability: PerfoX 3000 (UC-arm) integrates a large flat-panel detector, high-frequency generator, and advanced image acquisition system to ensure stable system performance and high-definition digital imaging. The optimized imaging chain provides reliable image quality for routine radiographic examinations while supporting efficient digital workflow in modern healthcare environments.

Applications

• General radiography examinations
• Standing, table, and stretcher imaging workflows
• Routine diagnostic imaging in hospitals and clinics

Technical specifications

Technical configuration varies by model and selected options. Generator, detector, mechanical movement, workstation, software, accessories, power supply, and installation requirements must be confirmed for the quoted configuration.

Ordering and configuration

Contact Scientific China to confirm the suitable model, configuration, compatible detector and accessories, minimum order quantity, current price, lead time, warranty, installation needs, documentation, regulatory availability, and international delivery terms.