Life Sciences
Agronomy & Forestry
Where a 1.5-micron optical resolution is needed, for genetic research and plant analysis, crop review, wood and bark studies.
Marine Biology
Where a 1-micron optical resolution is needed, to study the life of the oceans, to analyze samples of organisms.
Botany
Where a 1-micron optical resolution is needed, for the study and analysis of plants and plant life.
Entomology
Where a 1.1-micron optical resolution is needed, for the study and classification of insects, within the biology.
Environmental
Where a 1-micron optical resolution is needed, to monitoring ecosystems and factors that can directly impact the environment, such as soil conditions, pollutants, and water resources.
Asbestos
Where a 2-micron optical resolution is needed, for the control of environmental contamination in the field of construction and restructuring of spaces
Bacteriology
Where a 1.1-micron optical resolution is needed, to study and identify bacteria, corresponding to the field of microbiology
Biochemistry
Where a 1-micron optical focus is needed, for the study of chemical processes that occur within organisms
Biotechnology
Where a 1-micron optical resolution is needed, for the development of genetically modified organisms that have an active participation in the elaboration of specific activities in the food or health sector
Phytopathology
Where a 1.5-micron optical resolution is needed, for the analysis of pathologies that plants and the plant world can present
Horticulture
Where a 1.5-micron optical resolution is needed, for the development of activities with fruits and plants that contribute to the production of food products
Medical
Microsurgery
Microsurgeries are the most complicated procedures. Obtaining and visualizing 3D information is crucial in different medical fields: neurosurgery, reconstructive, pediatric, ophthalmology, ENT, spine surgery, plastic surgery, microdentistry...
Pathological anatomy
Where a 1.5-micron optical resolution is needed, analysis of pathologies in tissues and organs
Biomedical
Where a <1-micron resolution is needed, we can only analyze some biochemistry studies, in terms of medical microbiology analysis and biomedical engineering, and virology
Cell culture
Where a 1-micron optical resolution is needed, for the cultivation of fungi and microbes, to follow-up their growth and development
Cytology
: Where a 1-micron optical resolution is needed, to study cell structures and diseases that can affect cells
Embryology
Where a 1.5-micron optical resolution is needed, for the study of gametes, embryos, and fetuses
IVF Fertilization
Where a 1-micron optical resolution is needed, for quality control of the ovule and collected sperm
Hematology
Where a 1.5-micron optical resolution is needed, for the study, diagnosis of blood diseases and supervision of medical samples
Dermatology
Where a 1.1-micron optical resolution is needed, for the analysis of skin, capillary and nail surfaces