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Kada ku mai da hankali kan aikin gani kawai, ƙananan microscopes ma suna da mahimmanci

 

Tare da karuwar buƙatar microsurgery a cikin aikin asibiti,microscopes na tiyatasun zama kayan aikin taimako na tiyata. Don samun ingantaccen ganewar asali da magani, rage gajiyar lokacin aikin likita, inganta ingantaccen aikin tiyata da ƙimar nasara,microscopes masu aikiba wai kawai yana buƙatar kyakkyawan aikin gani ba, har ma da kyakkyawan aikin aiki.

An ƙayyade ingancin aikin aiki da yawa ta hanyarMicroscope mai aikifiram.

Lokacin zayyana firam ɗin amicroscope na tiyata, Ba lallai ba ne kawai don tabbatar da cewa ruwan tabarau na iya motsawa cikin yardar kaina bisa ga bukatun tiyata, yana sa ya dace da likitoci don lura da aiki, amma har ma don inganta daidaiton matsayi da amincin aikin tiyata.microscope. Na'urar kulle kuma wani bangare ne mai mahimmanci. ASOM-630Likitan tiyata microscopeƙera ta Chengdu CORDER Optics & Electronics Co., Ltd. ya ɗauki ƙira na kulle electromagnetic da super balance hannun, wanda ke baiwa likitoci damar motsa jiki cikin yardar kaina.microscope na tiyatabisa ga yanayi daban-daban, kiyayewaLikitan microscopekai a kowane matsayi kuma ana kulle shi ta hanyar kulle electromagnetic, yana tabbatar da kwanciyar hankali naMicroscope na aikin likitaa lokacin aikin tiyata.

Wadanne matsaloli makullai na lantarki da ma'aunin ma'auni za su iya magance wa likitoci yayin tiyata?

  • Gudun hannu na asibiti yana buƙatar kulawa mai ƙarfi namicroscope na tiyatajiki, da ɗan taɓawa na iya sa jiki ya canza, yana haifar da hoton wurin tiyata ya ƙare daga fagen kallo, wanda ba shi da amfani ga amintattun ayyukan tiyata. Cikakken haɗin ASOM-630microscope aikin tiyataKulle electromagnetic da super balance hannu na iya sarrafa motsin motsi cikin sauƙiLikitan microscope, sauƙi da sauƙi sanya shi zuwa matsayi na tiyata, yana inganta ingantaccen aikin tiyata.
  • Tsayar da jiki na sama a cikin yanayin gaba na dogon lokaci na iya sa likitoci su gaji da rashin jin daɗi yayin tiyata. Wannan ba wai kawai yana shafar ingancin aikin tiyata ba, amma kuma cikin sauƙi yana haifar da cututtuka na kashin baya irin su mahaifa da lumbar, wanda zai iya cutar da lafiya. ASOM-630Microscope dakin aikiyana ɗaukar ƙirar ergonomic, wanda zai iya sanya yanayin zaman likita daidai da kwanciyar hankali, kuma aikin tiyata ya fi mai da hankali.
  • Zai iya guje wa ayyukan motsi masu ban tsoro yayin aikin tiyata, idan dai an danna maɓallin, ana iya motsa shi. Lokacin daMicroscope na tiyataan daidaita shi zuwa matsayin da ake so don tiyata, sakin maballin yana kulle haɗin gwiwa daidai, kuma aikin yana da sauƙi kuma mai dacewa.

Domin da sauri shirya na'urar microscope a wurin a farkon tiyata, an ƙera madaidaicin microscope ASOM-630 don zama mai nauyi sosai, tare da makullin lantarki da babban ma'auni wanda ke ba da damar sanya shi cikin sauƙi a kusurwa da matsayi da ake buƙata. . Bugu da kari, zanen bututun da ke dauke da shi da tsarin pendulum yana sa ayyukan tiyata ya fi dacewa ga likitoci.

microscopes na tiyata mai aiki microscopes microscopes na aikin microscope na aikin microscope na tiyata microscope na likita.

Zane-zanen bututu:0 ° -200 ° Binocular Tube, saduwa daban-daban matsayi na jiki da tsawo bukatun don asibiti ganewar asali da magani

microscopes na tiyata mai aiki microscopes microscopes na aikin microscope na aikin microscope na tiyata microscope na likita.

Tsarin pendulum:Tare da yanayin zama akai-akai, yayin da jikin madubi ya karkata hagu da dama, bututun binocular sun kasance a kwance ba tare da buƙatar karkatar da kawunansu don nemo gunkin ido ba.

Kulle electromagnetic da super balance hannun fasali na ASOM-630 microscope:

Kulle electromagnetic

  • Tsarin birki na lantarki yana ba da mafi girman sassauci donMicroscope na likita na tiyatamatsayi, kuma tare da tsarin daidaitawa na hannun ma'auni, zai iya cimma ikon sarrafa haske na yatsa da santsi motsi na hannu ɗaya.
  • Matsayi mai sauƙi da sauri na buƙatun ganewar asali da wurin magani. Bayan tabbatarwa, tsarin kulle na'urar lantarki na iya kulle haɗin ginin inji, yana sa jiki ya tsayayye, hoton ba zai iya girgiza ba, kuma taɓa jiki ba zai sa jiki ya canza ba, yana sa ganewar asibiti da magani mafi aminci kuma mafi aminci.

Super Balance Arm

  • Babban hannun ma'auni na iya tallafawa nauyin na'urar microscope kuma cikin yardar kaina daidaita tsakiyar matsayi na kan injin, yana ba da damar sarrafa shi da hannu ɗaya lokacin da aka sake sanyawa.
  • Lokacin ƙara kayan haɗi na waje, ana iya daidaita tsakiyar nauyi ta hanyar juzu'i da damping, ta yadda za'a iya dawo da tsakiyar mashin ɗin zuwa yanayin santsi, kuma sarrafawa yana da sauƙi kuma mai sauƙi, kuma har yanzu nauyin yana iya motsawa cikin sauƙi. kuma a hankali.

ASOM-630 microscope

ASOM-630Microscope dakin aikine mai girma-karshemicroscope na tiyata, WannanMicroscope na neurosurgerysanye take da tsarin kulle maganadisu, saiti 6 na iya sarrafa hannu da motsin kai.Fluorescence na zaɓi FL800&FL560. 200-625mm babban maƙasudin nisa na aiki, tsarin hoto na 4K CCD zaku iya jin daɗin tasirin gani mafi kyau ta hanyar ingantaccen tsarin hoto mai ma'ana, tallafawa nuni don dubawa da sake kunna hotuna, kuma zaku iya raba ilimin ƙwararrun ku tare da marasa lafiya a kowane lokaci. Ayyukan mayar da hankali kan kai tsaye na iya taimaka muku samun madaidaiciyar tazarar aiki da sauri. Tushen hasken xenon guda biyu na iya samar da isasshiyar haske da amintaccen madadin.

WannanMicroscope mai aikiAn fi amfani dashi don neurosurgery da kashin baya. Likitocin neurosurgeons sun dogaramicroscopes na tiyatadon ganin kyawawan cikakkun bayanai na jiki na yankin tiyata da tsarin kwakwalwa don yin aikin tiyata tare da daidaito mai zurfi. An fi amfani da shi don gyaran ƙwaƙwalwar ƙwaƙwalwa na ƙwayar cuta, Tumor resections, AVM magani, Cerbral artery bypass tiyata, Farfaɗo tiyata, Kashin baya tiyata.

na'ura mai aiki da karfin ruwa na tiyata microscopes tiyata microscopes tiyata microscopes na tiyata neurosurgery microscopes. ophthalmology tiyata microscopes ophthalmic mikroskopu tiyata mai aiki microscope ophthalmology kashin baya tiyata microscopes kashin baya microscope filastik reconstructive tiyata microscopes

Lokacin aikawa: Dec-12-2024