About the control Panel
Basic functions and layout
1) Operation interface: The Aloka F37 control panel is the main interface for users to interact with the ultrasonic diagnostic instrument. It usually integrates various operation buttons, knobs and displays so that users can easily control the equipment, adjust parameters and view images.
2) Layout design: The layout design of the control panel is designed to improve operating efficiency and user experience. The location, size, shape, and identification of buttons and knobs may be carefully considered to ensure that users can complete operations quickly and accurately.
Main function buttons and knobs
1) Image adjustment: The control panel may be equipped with buttons or knobs for adjusting parameters such as image brightness, contrast, gain, etc., so that users can optimize the quality of ultrasound images according to actual needs.
2) Mode selection: Users can switch to different working modes through the mode selection button on the control panel, such as B mode (grayscale image), M mode (sports mode), CFM/PWD (color Doppler/pulse Doppler) etc. to adapt to different clinical needs.
3) Measurement tools: The control panel may also be integrated with measurement tool buttons, such as distance measurement, angle measurement, area measurement, etc., so that users can perform various measurement operations directly on the ultrasound image.
Display and interaction methods
1) Display: The display on the Aloka F37 control panel is used to display ultrasound images and various operating information. Its resolution, color reproduction, brightness and other parameters may have an important impact on the user experience.
2) Interaction method: In addition to traditional button and knob operations, some high-end ultrasonic diagnostic instruments also support touch screen operation or interaction with peripherals such as mice and keyboards to improve the convenience and flexibility of operation. However, support for these interactions may vary by product model and configuration.
Precautions and maintenance
1) Operating specifications: When using the Aloka F37 control panel, be sure to follow the operating manual and maintenance guidelines provided by the manufacturer to ensure the normal operation and extended service life of the equipment.
2) Cleaning and maintenance: Regular cleaning and maintenance of the control panel is also necessary. You can use a soft dry cloth to gently wipe surface dust and stains, and avoid using chemical solvents or corrosive substances for cleaning.
Related imformation
Aloka F37:
Make and model: Hitachi Aloka, model F37.
Classification and use: It is a high-end ultrasound diagnostic equipment and is widely used in the field of clinical medicine to provide doctors with high-quality ultrasound images and rich diagnostic information.
Technical features
Image Quality
High-quality two-dimensional images: F37 provides higher-quality two-dimensional images, which can truly reflect the perfusion of blood vessels and reproduce the anatomy of micro blood vessels.
High-sensitivity blood flow: It has high-sensitivity blood flow detection capabilities and can capture changes in low-speed blood flow and tiny blood vessels.
Efficient workflow
Fast image optimization: Fully consider the needs of the examiner and provide fast image optimization function.
Convenient measurement function: The measurement function can be quickly activated through the keyboard and automatically corrects the angle to improve inspection efficiency.
Advanced imaging technology
eFLOW technology: Based on the newly developed composite array probe and composite pulse imaging technology (CPWG), it provides high spatial and temporal resolution color blood flow images to improve the perfusion of fine blood circulation.
Multiple imaging modes: supports multiple imaging modes such as two-dimensional image, M-mode image, Doppler spectrum (PW, HPRF PW, CW), as well as color Doppler and blood flow energy map display.
Other ultrasound parts related to Aloka that we can offer:
| Brand | System | Description |
| Aloka | SSD-1000 | CPU EP448902BB |
| Aloka | SSD-1000 | CPU EP453000 |
| Aloka | SSD-1000 | power board EU-6025B |
| Aloka | SSD-1000 | TI board EP401500EH |
| Aloka | SSD-1000 | EP400600CH |
| Aloka | SSD-1000 | EP3996 EP3997 |
| Aloka | SSD-1000 | EP395601DF |
| Aloka | SSD-1700 | EP415103EE |
| Aloka | SSD-1700 | EP415102EE |
| Aloka | SSD-1700 | EP390800AE |
| Aloka | SSD-1700 | EP425600AA |
| Aloka | SSD-1700 | EP433900AA |
| Aloka | SSD-1700 | TI board |
| Aloka | SSD-2000 | CPU EP-2994H |
| Aloka | SSD-2000 | EP-3721 |
| Aloka | SSD-2000 | EP-3574 |
| Aloka | SSD-2000 | EP-3282 |
| Aloka | SSD-2000 | EP-3285 |
| Aloka | SSD-2000 | EP383500BC |
| Aloka | SSD-3500SV | mainboard EP525601FF |
| Aloka | SSD-3500 | EP512600 |
| Aloka | SSD-3500 | Scan converter board EP476900DD |
| Aloka | SSD-3500 | Mother board EP527400 |
| Aloka | SSD-3500 | CPU board EP525400CC |
| Aloka | SSD-3500 | EP483000CC |
| Aloka | SSD-3500 | TI board EP497501GG |
| Aloka | SSD-3500 | control panel L-Key-18 |
| Aloka | SSD-3500 | EP481000AB |
| Aloka | SSD-3500 | Alpha II 650 |
| Aloka | SSD-3500/SSD-3500SX | SSD-3500 numeric keyboard |
| Aloka | SSD-3500 | Track ball TA4701N |
| Aloka | SSD-4000 | control panel 04083 |
| Aloka | SSD-4000 | power board EP529001 EP529101 |
| Aloka | SSD-4000 | EP525600CE |
| Aloka | SSD-4000 | RX connector PCB EP49900AA |
| Aloka | SSD-4000 | EP546700BC |
| Aloka | SSD-4000 | EP476000 |
| Aloka | SSD-4000 | EP444400 |
| Aloka | SSD-4000 | EP442300BD |
| Aloka | SSD-4000 | PCB mainboard EP442300HL |
| Aloka | SSD-4000/SSD-3500 | PCB EP531900AB |
| Aloka | SSD-4000 | high voltage board EP463200 |
| Aloka | SSD-4000 | EP443000BG |
| Aloka | SSD-4000 | EP463300DD |
| Aloka | SSD-4000 | EP476100CD |
| Aloka | SSD-5000 | mainboard EP411801CC |
| Aloka | SSD-5000 | mainboard EP411802DD |
| Aloka | SSD-5000 | touch screen |
| Aloka | SSD-5000 | EP409300FF |
| Aloka | SSD-5000 | EP414900CE |
| Aloka | SSD-5000 | EP438800DE |
| Aloka | SSD-5000 | EP449100AA |
| Aloka | SSD-5000 | EP473200AA |
| Aloka | SSD-5000 | TI board EP437800FG |
| Aloka | Prosound 2 | power board EP-6041C |
Knowledge point
Fetal Ultrasound
1. A fetal ultrasound, also called a fetal sonogram, is a test that uses sound waves to see images of an unborn baby in the mother's womb.
2. As the mother grows closer to the date of delivery, a prenatal ultrasound will be used to determine the fetal position. This is important to plan the best method of delivery to attempt for the safety of the mother and child.
How we support?
★ Professional & passionate pre-sale service team
★ 10 years experienced repair technician team
★ Reliable & responsible quality control team
★ Experienced & specialize after-sale technical support team
We are committed to using our expertise in the industry to identify and provide the right medical equipment to our customers at the best price in a timely and professional manner.
Our Vision -- To be the top preferred third-party service company worldwide!
