Homemade Hospital Products Hit Turkey, Iraq Markets
TEHRAN - A knowledge-based company in Iran has managed to make a widely-used hospital product used in ICU, CCU, MRI and CT Scan beds and exported them to the neighboring countries.
“There is a driving part called electric jacks and control systems inside the electric ICU, CCU, MRI and CT scan beds that were imported from abroad, and we decided to make research on them and produce the special part,” said Seyed Hamidreza Sadr ol-Sadati, the managing director of the knowledge-based company.
“The product made by our company is electric jacks which is a type of linear motor drive used to move objects and can be used in industries and military affairs. Our company has made these products with the necessary standards in the field of medical equipment and with a load capacity of 600 kilograms,” he added.
“At present, our products are exported indirectly to other countries like Türkiye and Iraq,” Sadr ol-Sadati said.
In a relevant development in February, a knowledge-based company in Iran had also succeeded in production of central water purification devices for hospital systems which enjoy technologies like semi-automatic disinfection, programmable automatic washing of the dialysis water distribution line, vessel and membrane without dead space, and automatic data transfer to the user panel.
The knowledge-based company operates in the field of medical water purification and disinfection systems and, using modern and intelligent technologies in this field, provides products and services with high added value.
“Central water purification devices are produced in two versions, with and without a cabin. These devices are mounted on an all-steel chassis. Their design is based on the quality of the feed water and the number of active dialysis machines,” said Arash Pajouhandeh, the managing director of the knowledge-based company.
“The advantages of this device include technologies like semi-automatic disinfection, programmable automatic washing of the dialysis water distribution line, vessel, and membrane without dead space, automatic data transfer to the user panel, easy access to advanced algorithm status analysis, and design and production in accordance with the ISO23500:2019 standard, which overall has increased the safety of the device,” he added.