Things about Zeiss OPMI Pentero Surgical Microscope and CAE Apollo:
You Have to Experience It Yourself
Apochromatic optics, which are featured in the Zeiss OPMI Pentero surgical microscope,
produce images that are very clear and detailed, while also retaining their original coloration.
The OPMI Pentero offers spot lighting that allows for exact adjustment of the light cone, and it
has 20 percent more light than its predecessor models. The Pentero has built-in high-speed
autofocus that, regardless of the magnification setting, always produces images with a high level
of detail. Because it is designed to be used overhead, this microscope’s suspension system can be
positioned anywhere, including behind the surgeon. It has an Automated functions such as
AutoBalance and AutoDrape, Image-guided surgery with MultiVision data injection, Integrated
digital visualization, optionally with integrated high-definition (HD) camera head, DICOM
networking capabilities, Touchscreen operation.
The CAE Apollo adult patient simulator is equipped with a wide variety of innovative and potent new features, making it capable of providing the most realistic simulation-based medical education possible. Apollo from CAE Healthcare keeps all of the basics that make METI man the ideal patient manikin, but it also has more strong performance characteristics and extra settings to satisfy the requirements of nursing and prehospital education. Apollo provides the highest level of versatility as well as the best value in high-fidelity simulation training. It is available in two different configurations: prehospital and nursing. CAE Maestro, the newest and most advanced version of CAE’s patient simulation software, is now available for use with Apollo. CAE Maestro is the most comprehensive and user-friendly program of its kind, featuring the power of CAE Physiology for model-driven simulation and designed with a streamlined interface for instructor-driven scenarios. CAE Physiology is a key component of CAE Maestro.
ZEISS OPMI PENTERO Surgical Microscope
CAE Apollo
We are now having our Face to face classes inside the University and we are utilizing the live
mannequin CAE Apollo. During RLE duty , if the student-nurse does all of the tasks correctly,
the patient will be healthy. However, if the student-nurse does something that would be harmful
to a real person, the mannequin might, for instance, begin to bleed out. Apollo is even capable of
retaliating with an “ouch!” Mr CI 1 stated, “He is able to communicate with them.” “Because he
is able to react appropriately when they give him medication, they are able to review his lung
sounds and give him medicine that will help with that if he has had crackles in his lungs in the
past. They are able to conduct a re-evaluation and decide whether or not that has been beneficial
to him.” The University of San Agustin’s nursing program prepares students to face scenarios
that are seen on a daily basis in actual hospitals. These scenarios range from drawing blood and
performing CPR to treating a trauma patient who is bleeding out “In a lot of respects, it truly
does feel like a real patient,” stated the student nurse 1 , Level 4 USA-SN program. “You are
sensitive to the pulses. You are able to hear his heart beating. You can hear the sounds of his
breath.”
For clinical professionals in the Hospital where we are currently assigned ( The medical city ),
the optimized ZEISS OPMI PENTERO 800 package is an extremely helpful instrument since it
permits intraoperative measurement of blood flow, easier movement, and increased
magnification for the purpose of executing complex reconstructive procedures. Clinical surgeons
who undertake sophisticated procedures on intricate structures require an image of high clarity,
the capacity to clearly visualize blood flow, and a microscope that is easy to use. The OPMI
PENTERO 800 has been improved by the addition of the INFRARED 800 by ZEISS in order to
suit the specialized demands of reconstructive surgery, particularly for lymphedema super
microsurgery, breast reconstruction, and oral and maxillofacial surgery.
During our time in the Nelect2 Living IT Era class, we gained a lot of knowledge about many
forms of technology that may one day be of assistance to us in the pursuit of our ideal careers.
The future of healthcare technology, robotics, and artificial intelligence are just some of the
topics that will be covered in this course. Surgical procedures are becoming increasingly precise
and accurate as a result of recent developments in robots, analytics, and scanning systems.
Robots are also assisting in the cost reduction efforts made by hospitals. Programming for digital
dispensation is now being developed in order to make it simpler and quicker to fill prescriptions
on time and with the appropriate dosage. As student nurses of the University of San Agustin , we
are eager to participate in the San Agustin community’s introduction of robotics and artificial
intelligence technology. You are going to work together to plan and build a prototype of an AI or
robot that can be used to assist people in the community. This will allow the robot to do a variety
of tasks. These concepts and facts that we discovered via studying these topics are quite
applicable to the circumstances that we are currently in, which are exemplified by the Zeiss
OPMI Pentero surgical microscope and the CAE Apollo.
Source:
BSN 4B
Via:
BSN 4B
