Research into life is improving all the time, and IMM Photonics optical technologies provide crucial support for medical research, analytics and therapy.
Our life science portfolio:
Lighting plays an important part in fluorescence microscopy. We offer the following products in this field:
Flow cytometry calls for highly specialised laser systems and optical components. We offer the following systems and components in this field:
In X-ray devices and tomographs or even in lithotripsy, the patient needs to be precisely positioned. This is usually done using laser beams. We offer the following components in this field:
When detecting heart attacks, it is very important to be able to get a diagnosis quickly. The fluorescence method has proved to be a practical way to achieve this. We offer the following components in this field:
Blood oxygenation can be tested with minimal impact on the patient and no invasive procedures in a process that can be performed optoelectronically through the skin. We offer the following components in this field:
Newly developed semiconductors are used for sterilising both surfaces and liquids. The following components and subsystems can be used for these applications:
Optical coherence tomography (OCT) is used in many areas of medicine. We offer the following components in this field:
Laser Doppler spectroscopy is predominantly used in non-invasive medicine. For example, it allows gas concentrations to be measured without contact. We offer the following solutions in this field:
In fluorescent microscopy, it is important to know the precise stimulation wavelength and keep it stable. We offer the following solutions in this field:
Pathogens can be detected rapidly and with high specificity and sensitivity using quantitative real-time PCR measurement. We offer the following components in this field:
Laser biostimulation is used in many fields. From treating tinnitus to supporting wound healing and even skin treatment, low-level laser therapy provides a possible alternative treatment method. We offer the following components in this field:
Lighting plays an important part in fluorescence microscopy. We offer the following products in this field:
Flow cytometry calls for highly specialised laser systems and optical components. We offer the following systems and components in this field:
In X-ray devices and tomographs or even in lithotripsy, the patient needs to be precisely positioned. This is usually done using laser beams. We offer the following components in this field:
When detecting heart attacks, it is very important to be able to get a diagnosis quickly. The fluorescence method has proved to be a practical way to achieve this. We offer the following components in this field:
Blood oxygenation can be tested with minimal impact on the patient and no invasive procedures in a process that can be performed optoelectronically through the skin. We offer the following components in this field:
Newly developed semiconductors are used for sterilising both surfaces and liquids. The following components and subsystems can be used for these applications:
Optical coherence tomography (OCT) is used in many areas of medicine. We offer the following components in this field:
Laser Doppler spectroscopy is predominantly used in non-invasive medicine. For example, it allows gas concentrations to be measured without contact. We offer the following solutions in this field:
In fluorescent microscopy, it is important to know the precise stimulation wavelength and keep it stable. We offer the following solutions in this field:
Pathogens can be detected rapidly and with high specificity and sensitivity using quantitative real-time PCR measurement. We offer the following components in this field:
Laser biostimulation is used in many fields. From treating tinnitus to supporting wound healing and even skin treatment, low-level laser therapy provides a possible alternative treatment method. We offer the following components in this field:
