BK Medical Falcon 2101 EXL Ultrasound Machine

The BK Medical Falcon 2101 EXL Ultrasound Machine has high image quality and versatility what makes it perfect for a wide line of applications. With intuitive interface and user-defined settings features, the Falcon optimizes your imaging conditions as well as your time spending. The mobile, sleek and compact design provides ultrasound scanning where you need it, precisely when you need it. Also equipped with the right tools: a comprehensive collection of transducers with corresponding puncture and biopsy equipment.

BK Medical Falcon 2101 EXL Ultrasound Machine Applications

Urology
Brachytherapy
Radiology
General Imaging
Obstetrics
Gynecology
Surgery

BK Medical Falcon 2101 EXL Ultrasound Machine Features

Frequency range of 1-20 MHz provides the highest resolution in its class
(4) transducer connectors – (3) arrays (1) mechanical
Patented Continuous Uniform Focusing technology ensures optimal resolution at all image depths
Compact and mobile, can be used wherever and whenever you need it
Ergonomic, with height-adjustable keyboard and monitor and logically grouped controls
15″ flicker-free monitor provides optimum viewing
Optional fully integrated 3-D package, including tracked pullback support for relevant transducers
Simultaneous split screen feature lets you display two active ultrasound images on the monitor at the same time
Convenient storage space on the unit itself, with accessory compartment
Upgradable: long-term investment

Superb imaging

The Falcon is the latest in a new generation of high-definition, very-high-frequency ultrasound scanning systems from B-K Medical. The essence of the superb image quality lies with a patented digital hybrid beam
former, which enables the Falcon to reach frequencies of up to 15 MHz. With its proven Continuous Uniform Focus (CUF) feature, the Falcon provides excellent image quality and secures optimal, uniform resolution
through out the entire image. The intelligent Digital Noise Suppression system continuously measures the signal noise inside the system and subtracts this from the image signal, resulting in clear images with low noise and excellent penetration.