WHAT SOLUTIONS DOES IT PROVIDE?
As a general rule, medical vacuum systems are compact and easier to operate than industrial vacuum systems, but they are also reliable and durable when used properly. They can be made standard or have a more mobile view, with a handle to facilitate the movement of medical personnel and the wheels.
Vacuum systems can have one, two, or three pumps, depending on the usability in a particular area. The space at the base of a pump is applied where it is necessary to constantly maintain a space in the process. The installed vacuum pump provides 100% of the required capacity. In turn, the pump is activated automatically, depending on the level change in the vacuum.
Vacuum systems consisting of three rotary type vacuum pumps are used in test centers or provide a large plant with a central vacuum. The main objective of these devices is to provide consumers with the necessary level of vacuum, regardless of the circumstances. Without these pumps, hospitals would not be considered modern and the existence of companies and factories would be unthinkable since failure in production or infection is not desirable in any sphere and can adversely affect the operation.
In total, about 20 parameters are stored in the memory of the control unit, which is responsible for the operating algorithm of the system. Everything is loaded into the block by default and is ready to go. The operator can adjust many parameters using buttons on the front panel of the control unit, if desired or according to company rules. The packaging of medical vacuum systems includes antibacterial filters with a bypass line, which replaces the filters without separating from the process. Powerful suction systems: industrial vacuum cleaners to remove dirt and dust at the source of their formation.
All devices in the system are equipped with individual frequency converters that operate on average with a capacity of about 65% and therefore save energy compared to individual units or installations without controlling the rotational speed.
How the medical vacuum system is applied:
• Gas supply systems for mechanical ventilation and anesthesia mechanisms.
• Drainage of wounds, cavities, including the thoracic cavity,
• Endotracheal tube cleaning.
• The collection of excess blood and fluids.
• The main parameters of the selection of the medical vacuum system:
• The gas flow must match the volume and efficiency of the receiver.
• Power and number of pumps are interconnected.
• Residual pressure and limitation: the minimum pressure created by running the pump without pumping.
• The lowest working pressure is the lowest pressure level at which the appliance normally operates, that is, the pressure in economy mode.
Ni Suluhisho Gani Linaloweza Kutolewa? Kwa kawaida, mifumo ya utupu ya matibabu ni ndogo na rahisi kufanya kazi kuliko mifumo ya utupu wa viwanda, lakini pia ni ya kuaminika na ya kudumu wakati unatumiwa vizuri. Wanaweza kufanywa kiwango au kuwa na mtazamo zaidi ya simu, na kushughulikia ili kuwezesha harakati ya wafanyakazi wa matibabu na magurudumu. Mifumo ya utupu inaweza kuwa na moja, mbili, au tatu pampu, kulingana na usability katika eneo fulani. Nafasi katika msingi wa pampu ni kutumika ambapo ni muhimu daima kudumisha nafasi katika mchakato. Pampu ya utupu ya kawaida ya umeme hutoa 100% ya uwezo unaohitajika. Kwa upande mwingine, pampu huanzishwa moja kwa moja, ikitegemea mabadiliko ya kiwango katika utupu. Vacuum mifumo ya tatu rotary aina ya pampu za utupu ni kutumika katika vituo vya majaribio au kutoa kiwanda kubwa na utupu wa kati. Lengo kuu la vifaa hivi ni kutoa watumiaji na kiwango cha lazima cha utupu, bila kujali hali. Bila pampu hizi, hospitali hazingeweza kuonwa kuwa za kisasa na kuwepo kwa makampuni na viwanda kungekuwa haiwezekani kwani kushindwa katika uzalishaji au maambukizi sio jambo linalofaa katika uwanja wowote na linaweza kuathiri vibaya operesheni. Kwa jumla, vipimo 20 ni kuhifadhiwa katika kumbukumbu ya kitengo cha kudhibiti, ambayo ni wajibu kwa ajili ya algorithm ya uendeshaji wa mfumo. Kila kitu ni kubeba katika block kwa default na ni tayari kwenda. Opereta anaweza kurekebisha vigezo vingi kwa kutumia vifungo juu ya jopo mbele ya kitengo cha kudhibiti, kama inahitajika au kulingana na sheria za kampuni. Vifaa vya matibabu vya utupu vina filters za antibacterial na mstari wa bypass, ambayo inabadilisha filters bila kutenganisha kutoka kwa mchakato. Mifumo ya nguvu ya kunyonya: vacuum cleaners viwanda kuondoa uchafu na vumbi katika chanzo cha malezi yao. Vifaa vyote katika mfumo ni vifaa na kubadilisha frequency binafsi ambayo kazi kwa wastani na uwezo wa karibu 65% na hivyo kuokoa nishati ikilinganishwa na vitengo binafsi au mitambo bila kudhibiti kasi ya mzunguko. Jinsi ya kutumia mfumo wa matibabu ya utupu: • Mifumo ya usambazaji wa gesi kwa ajili ya uingizaji hewa wa mitambo na mifumo ya anesthesia. • Drenaji ya majeraha, cavities, ikiwa ni pamoja na thoracic cavity, • Endotracheal tube kusafisha. • Kukusanya damu na umajimaji mwingi. • Vipimo kuu ya uteuzi wa mfumo wa matibabu utupu: • Mtiririko wa gesi lazima mechi kiasi na ufanisi wa mpokeaji. • Nguvu na idadi ya pampu ni interconnected. • Mfumo wa shinikizo la chini: shinikizo la chini la chini linalotokana na bomba la bomba bila pampu. • chini ya kazi shinikizo ni chini ya shinikizo ngazi ambayo kifaa kawaida kazi, yaani, shinikizo katika hali ya uchumi.