An 830nm laser is used as the illumination source and focused on the tissue through an objective lens. The light reflected or backscattered back from the focal point within the organization is collected by the same objective lens and then transmitted to the detector through the detection light path system and pinhole. The pinhole allows the detector to only receive light reflected back from the focal point. Non focal reflected light is filtered out by the pinhole. Two dimensional scanning is performed on the focal plane of the tissue to form a thin layer of tissue "optical slice", hence commonly known as "skin CT". But its imaging principle is completely different from that of ordinary CT, and it does not detect the human body with X-rays, so there is no radiation, making it a safe and reassuring skin detection method.

The system can achieve non-invasive imaging of local tissues, including cell nuclei, microtubule systems, blood flow, and collagen fiber bundles within the dermis layer, all of which can be visualized through confocal imaging without the need for traditional histological processing such as sectioning and staining. Both in vivo and ex vivo tissues can be imaged through it.

Some components with high refractive indices in human tissues, such as melanin and keratin, can serve as natural controls. The operator can diagnose by detecting changes in the natural refractive index of the tissue.

VivaScope 1500, as the flagship product of Conor, is capable of capturing images and videos of living tissues at the cellular scale. This non-invasive 'optical section' can provide clinical workers with examination methods beyond histological examination.

The VivaScope3000 system is a handheld confocal emission microscope used for medical imaging. The system is capable of real-time imaging of cells through layers of live tissue. The digital high-definition images generated by the system can be used for remote diagnosis by doctors (including dermatologists), which helps them make clinical judgments.

Higher: Imaging performance improved by 70%
Faster: Imaging speed increased by 50%
Stronger: Brand new software, beyond imagination
More advanced technology: new design, leading technology; Wireless WIFI infrared transmission, remote diagnosis

Diagnosis and differential diagnosis of common dermatological diseases, such as seborrheic keratosis, flat warts, and sweat duct tumors
Distinguishing between benign and malignant skin tumors, such as pigmented nevi and melanoma
Defining the boundary of skin lesions: guiding surgical removal of skin lesions
Monitoring the process of disease occurrence and development, such as monitoring pigment production during the treatment of vitiligo
Monitoring the physiological state of the skin, such as measuring the thickness of the epidermis and stratum corneum, detecting hair growth, etc
Monitoring drug absorption: monitoring the distribution of topical drugs on the skin, etc

Real time: Obtain three-dimensional image information of the organization; Long term dynamic cell observation and recording
Non invasive: observation of living cells in their natural state; Multiple imaging of the same organization
Efficient: Clinical testing is economically efficient
High resolution: Cell level imaging, detailed observation of skin tissue structure from shallow to deep, including cell nucleus, microtubule system, blood flow, and collagen fiber bundles in the dermis layer

Psoriasis