Medical & Life Sciences

Vadzo: Bringing medical applications into focus

Embedded vision has become an essential part of hospital operations, medical technology, and life sciences. Integration of visual technologies is transforming the healthcare industry. This industry places a high priority on quality and reliability. 

Vadzo offers complete camera solutions to meet the needs of the healthcare and medical industries. We have been supplying our clients with the resources they require to include state-of-the-art camera systems for use in ophthalmology, dentistry, dermatology, laboratory equipment, microscopy, assistive technology, point-of-care technology, and other medical and life science applications. 

Vadzo cameras for Point of Care  

Point-of-care testing (POCT) is performed with portable equipment to examine a patient. Instantaneous results from point-of-care (POC) technologies enable healthcare providers to treat patients quickly. POC devices provide the benefit of removing the need for doctors and patients to wait for lab results in order to make an accurate diagnosis

Camera-equipped POC devices can examine sample contents to produce image data. The following are some examples of POC devices with cameras

Vadzo cameras for Ophthalmology

In ophthalmology, imaging systems play an invaluable role. Embedded vision enhances ophthalmology diagnosis, prognosis, and treatment. Ophthalmologists can easily conduct non-mydriatic retinal examinations thanks to ophthalmic devices like portable fundus cameras. 

The autofocus and auto exposure capabilities of fundus cameras contribute to a significant reduction in patients’ dilating times. The use of portable retinal cameras simplifies retinal imaging. They also provide a wider field of view when examining the various regions of the retina. 

Vadzo cameras for Dentistry 

Have you ever had a root canal? held the jaw open for hours in order to fix that root? Isn’t the non-invasive, superior oral care, and convenient diagnosis what you’ve always sought out in a dental examination? The intraoral cameras are here to relieve your suffering. The intraoral camera is a portable device that is used to take high-resolution color images of your teeth, gums, and other oral structures. 

Dentists can educate patients and offer appropriate treatment options, thanks to the real-time videos and images from intraoral cameras. The ability to take precise, clear images inside the patient’s mouth is made possible by a small, flexible camera-based device. 

Dermatology

The image resolution offered by today’s cameras is advantageous for dermatologists to make better decisions, resulting in better treatment. Using a top-notch dermatology camera makes it easier to create images that have been specially enhanced to help identify any changes in lesion shape, color, and size. 

To distinguish between the various stages of skin pigmentation, such as melanoma, is made possible by the ability to capture vivid and detailed images. Dermatologists can rely on the pictures the cameras take to accurately diagnose skin conditions and track their improvement after treatment. 

Vadzo cameras for Patient Monitoring  

Clinicians face enormous demands in the complicated healthcare environment of today. The objective of the patient monitoring system is to lower costs, promote equity in care, and assist clinicians in making well-informed decisions.

In a patient monitoring system, camera-enabled devices can assist clinicians in spotting and warning of life-threatening situations as early as possible. From admission to discharge, even during transport, the patient’s condition can be continuously monitored.

Vadzo provides cutting-edge camera systems for medical monitoring systems. Vadzo offers workflow solutions for crucial monitoring tasks like continuous monitoring from low to high acuity, early warning scoring, mobility, and data security.

Vadzo cameras for Life Sciences

Imaging systems are essential in the life sciences for monitoring and recording specimens in applications such as microscopy, spectroscopy, and fluoroscopy. 
 
Cameras make it possible for robotic systems to see, read bar codes, and perform OCR to identify the sample that will be analysed. Cameras can inspect samples and assist with placement of samples under the scope, reagent mixing, presence and absence of air bubbles, and many other tasks.