COMPANY INFORMATION
Developed by 15-year veterans of the ultrasound industry
Scanecho.inc was Incorporated in 2007 under Quebec (Canada) legislation for product in veterinary applications.
Management team:
Alain Deslauriers
President, CEO
Former general and operation manager for International Ultrasound manufacturers in veterinary applications since 1997.
Ben Cohen
Software engineer
Has a Bachelors degree in Computer Science, a Masters degree in Electrical Engineering, and has been working in ultrasound imaging since 2001.
Dylan K. Robles
Hardware engineer
Addicted to electronics since his Mom bought him a Radio Shack 150-in-1 Electronic Project Kit at age ten, Dylan has since earned two degrees in the subject-one before a six year stint in the US Navy, one after. He has been working in ultrasound imaging since 2001.
FEATURES
- 7000 images saving storage
- USB interface, allows for plug-in
and wireless addons
- Scan modes
- Recall saved images for
measurements
- Macro function for measurement
- Animal identification, ID
- Animal type selection
- IMF: Intramuscular fat measure
- Multi-frequency sector probes
- Software upgrades via email
- Display interactive colour menus
- On screen measurements report
- Detacheable probes
- Harness fully adjustable and
washable
- Removable, washable air filter
- Transfer images to PC via USB
- Automatic boundary detection
- On screen functions description
- Single board 500MHz computer
- Large 6.4” LCD, TFT display
- Lightweight – 3.4 pounds with
batteries
- Indestructible case
- One-piece electronic keypad with
8 controls buttons
- Gain, slope and frequency
controls
- All functions description
- Three grey scales selection
- Automatic preset measurements
- Automatic image adjustment
- Special width measurement
function
- Can do 7 measurements in one
image
- Operating time of continuous use
- Removable ‘’AA’’ battery
- External battery pack
- Automatic image adjustment for
measurements (Auto-gain)
- Save user setting per each type
of probe and animal type
- Four scanning depths per probes
model