Among the most popular dialysis machines today, the Gambro AK 96 Dialysis Machine has a unique design and many benefits that can improve the daily life of a patient. But, there are some precautions that you need to know before you buy this type of machine.
To achieve maximum efficiency and improve blood purification, on-line fluid preparation was introduced in 1964. It enables continuous generation of solutions according to demand. In the process, the concentration of the solution is controlled, allowing for a predetermined inlet and outlet flow rate differential.
A second filter is added to the dialysis fluid circuit of the present invention. Dialysers and filters are located in a portion of the dialysis fluid circuit under positive pressure. The filtered dialysis fluid passes through a membrane of the filter, and then enters the drip chamber connector 248. The positive pressure is controlled by an air detection system.
A microprocessor controls the conductivity of the mixture. This measurement is used to control the speed of the A pump motor. The conductivity of the solution is also checked using a CC (A) section of a conductivity measuring cell. This measurement is then used to obtain the appropriate mixture. The dialysis machine can now be designed with a balancing system. The balancing system generates a predetermined inlet and outlet flow differential.
On-line fluid preparation has many advantages. In addition to improving efficiency, the safety and quality of dialysis treatment are improved. Compared to batch preparation, on-line preparation is easier and more convenient. It is also more cost-effective.
Preparation of bicarbonate-buffered dialysate is now possible on-line. This technology may increase biocompatibility, and it may also improve acid base balance.
During the course of a kidney dialysis procedure, the user must adjust the height of the infusion pole in order to maintain proper fluid flow to the dialyzer. The present invention aims to reduce the user's workload while maximizing the machine's overall performance. It also enables the user to enjoy the latest technology without compromising their comfort and safety.
The present invention features a pair of sensors located at the inlet and the outlet of the dialyzer. The sensors are paired with a controller to deliver a variety of benefits. The optical sensor is linked to the machine's microprocessor and monitors the angular motion of the stepper motor shaft. The thermistor is part of a redundant high-temperature alarm subsystem. It is able to compensate for temperature effects on the "B" conductivity reading. The thermistor provides the electronic signal which provides the primary high and low-temperature alarm limits.
It also features an integrated heat disinfection program. It includes the heating of the inlet water tube and the low-flow heat. The aforementioned is a nod to the fact that sodium hypochlorite is compatible with the machine's material. After the heat disinfection is complete, the priming button will flash.
The present invention also features an air-removal sprayer, which breaks up the liquid into droplets. This is done at a rate of 1500 mL/min at subatmospheric pressure. This function is not only useful in removing particulates, but it also assists in increasing the machine's lifespan.
The Dialysis Machine also features a touchscreen interface. This touch screen can be used to display information about the function it represents, as well as change its setting. This touchscreen interface is connected to the dialyzer-delivery system. The touch screen can also be used to check the accuracy of the temperature display and adjust the height of the infusion pole.
Integrated heat disinfection program is an effective cleaning and disinfecting method for dialysis equipment. The object of this product is to provide a method of achieving the same. Typical points of dialysis equipment include internal tubing and lines interconnecting component units and a tank of dialysate stock solution. In a significant experiment, a method of cleaning and disinfecting a dialysate supply unit and a method of cleaning and disinfecting haemodialysis equipment was compared.
The cleaning and disinfection method was compared to conventional methods. And it was evaluated on factors like the quantity of RO processed water, the flow rate of the clean and disinfection procedure, the number of patient monitors, and the number of minutes the clean and disinfection procedure took. The results showed that the Gambro AK 96 Dialysis Machine Integrated heat disinfection program was the clear winner.
The Gambro AK 96 Dialysis Machine has some features that make it a great choice for hemodialysis patients, but these features must be considered before deciding which system to purchase. It is important to note that the Gambro AK 96 is designed to provide a comprehensive hemodialysis solution, allowing for a streamlined operation. The AK 96 is intended to improve operational efficiency while meeting the diverse patient needs of dialysis centers.
Using an AK 96 dialysis machine involves special precautions regarding EMC. In particular, the machine must be used and maintained according to Gambro's instructions.
The operator's manual provides instructions for the proper operation of the machine. The manual is divided into three parts. The first part explains how the machine works, while the second part deals with the health precautions and the third part describes the handling and maintenance of the machine.
The AK 96 dialysis machine is designed to use Gambro BiCart cartridges. It is equipped with two needles and a dialyzer. However, the manual also describes specific procedures for single needle treatment.
The machine includes a protective system that is designed to prevent dialysis fluid from reaching the dialyzer. It also has a venous pressure monitoring system that responds to changes in venous pressure. This system can also stop the blood pump if it detects blood in the dialysis fluid.
The dialysis fluid can be produced at the desired conductivity and temperature. It is also equipped with an ultrafiltration control system, known as a UF-cell. The UF-cell is responsible for controlling ultrafiltration volume with a degree of accuracy of +-2,5%.
During function check, dialysis fluid tubes must be connected to safety couplings. The fluid monitor monitors dialysis fluid composition, temperature, and conductivity. The monitor also provides information on the pressure of venous and arterial blood, TMP, and UF rate. The information displayed on the monitor is displayed on bargraph displays.
The alarms described in the manual are designed to notify the operator of any abnormal condition. To reset the alarm, a button must be pressed. The alarm window is set to +-100 mmHg. Depending on the circumstances, alarm limits may be changed.
In Conclusion
The AK 96 dialysis equipment will only perform as designed if it is used and maintained in accordance with Gambro's instructions. It is important to ensure that the machine is installed properly and the correct equipment is used. Moreover, the machine is to be operated only by fully trained hemodialysis operators. For this reason, it is recommended that the dialysis machine is disinfected before use.