Phone:  773.486.8651  -  Email: info@mcsequipment.com 

E-CUBE i7


The E-CUBE i7 offers a powerful and qualified system architecture and user-optimized design with a unique sliding keyboard cover. It delivers remarkably excellent image performance from the bedside to the procedure room, while being comfortable for patients. 

The E-CUBE i7 is the first laptop-style ultrasound system with a sliding keyboard cover. The E-CUBE i7's streamlined design provides a solution for users who suffer from the wrist pain that often accompanies the use of bulky, heavy systems. The unique sliding keyboard cover and ergonomically located keyboard provide better support for the user's arms and wrists when typing.

Excellent 2D, 3D, and 4D image quality and sensitive Color & Doppler. Easy to use units that are ergonomically designed. 2-year standard warranty vs 1-year for most other manufactures. Huge savings in equipment cost and service costs vs other manufactures. Cart based and high-end portable solutions. Accept all Trade Ins. Many university research references available upon request.

E-CUBE 15

Exclusively for those who demand the highest quality diagnosis for their patients in the most challenging of cases, the E-CUBE 15 EX consistently delivers speed, throughput and accuracy. The E-CUBE 15 EX seamlessly integrates ALPINION proprietary imaging technologies, crafted transducer set and intuitive application software. The ALPINION's unique FleXcan™ Architecture, the software-based imaging platform, guarantees uniform image quality and performance, and easy upgrade to maintain the system level to the most latest one.

E-CUBE 11  

It’s the most powerful architecture we’ve ever applied to ultrasound imaging. We’ve worked on all aspects of acoustic acquisition and established signal processing algorithms, enabling you to truly experience the advancement of ultrasound. Supported by ALPINION’s family of proprietary Crystal SignatureTM transducers and solutions for technically difficult patients in every exam type, this platform offers new levels of imaging performance.