Goldway UT4000 Patient Monitor Main Board C-ARM211B

Brief Introduction

The UT4000 patient monitor is popular for its excellent performance and reliable monitoring functions, and the main board is one of the core key components of the entire monitor. The main board plays a vital role in the UT4000 patient monitor. It is like the "brain" of the entire device, responsible for coordinating and controlling the operation of various functional modules to ensure that the monitor can collect, process and display the patient's physiological parameter information accurately and in real time. Through the careful design and efficient operation of the motherboard, the monitor can provide comprehensive and accurate patient health status monitoring for medical staff and provide an important basis for medical decision-making.

Feature

The motherboard is equipped with a wealth of interfaces and communication modules. These interfaces are used to connect external components such as different sensors, displays, storage devices, etc. to implement data input and output. The communication module ensures that the monitor can effectively interact and share data with other medical equipment or information systems in the hospital to form a complete medical information network. It contains a powerful central processing unit (CPU) and related control circuits. The CPU is responsible for the core tasks of data processing and computing. It receives data from various sensors and monitoring modules, such as heart rate, blood pressure, blood oxygen and other physiological parameters. This data is quickly processed and analyzed by the CPU and transformed into meaningful information so that medical staff can intuitively understand and interpret it. The mainboard also contains a storage unit for storing patient monitoring data, setting information, etc. These data can be stored for a long time for subsequent review, analysis and research. At the same time, the storage unit also provides necessary space for software upgrades and function expansion of the monitor.

In actual work, the workflow of the UT4000 patient monitor mainboard is roughly as follows. When the monitor is started, the circuit system on the mainboard will be initialized to ensure that each module is in normal working condition. The sensor then begins to collect the patient's physiological parameters and transmits these data to the main board. The motherboard's CPU quickly processes and analyzes the data, and determines whether the patient's physiological state is normal based on preset algorithms and rules. If an abnormality is detected, the mainboard will promptly send out an alarm signal to alert medical staff. At the same time, the processed data will be displayed in real time on the monitor, allowing medical staff to understand the patient's condition at any time.

Common problem:

In daily use, attention should be paid to regular maintenance and upkeep of the monitor to avoid damage to the motherboard caused by adverse environmental factors such as collision and moisture. At the same time, operators should use the monitor according to correct operating procedures to reduce motherboard problems caused by misoperation. If you encounter problems that cannot be solved, you should contact the manufacturer or professional maintenance service personnel in time to ensure the normal use of the monitor and the accuracy of patient monitoring.

Product Details Picture

Common problem

What's the stock status?

There are many types of ultrasonic probes/boards, with more than 10,000 pieces in stock, covering popular brands and systems (GE, Siemens, Toshiba, Yum---)

How does the exchange work?

Cores/items for replacement must be complete and unrepaired and sent to us upon invoice approval.

How about the delivery time?

1-5 days, another 4-7 days for arrival via express

What are the payment terms?

All orders are 100% prepaid before delivery. We accept bank wire/Western Union and cash.

Thank you for taking the time to pay attention to our Goldway UT4000 Patient Monitor Main Board C-ARM211B product.