Digital - Import export

This medical method has more than 20 years experience, microwave radiometry, is based on measuring of the intensity of natural electromagnetic radiation from patient's tissue at IR and microwave frequencies. This intensity is proportional to the temperature of tissue. The changes in temperature (thermal abnormality), that are the basis of early detection of the cell proliferation (doubling time) in different organs, which is typical for cancer, are caused by increased cancer cell metabolism. It should be noted that thermal changes precede the anatomical changes that can be detected by traditional methods such as US (Ultrasound), XRay mammography, CT (Computer Tomography), MRI (Magnetic Resonance Imaging) and palpation. Thus, microwave radiometry is a very promising method for the breast and other organ cancer detection at the preclinical stage. Cranial segment of spine; Lumbar spine; brain from a side; Cerebral from top

Dianel®-Micro Microscopy Analysis Software for Health Hiagnostic with digital dark-field microscope or bright- field microscope supports the following Blood analysis methods: LBA (Live Blood Analysis, Hemaview) Dark-field blood microscopy according to Enderlein Blood analysis by Bradford system called HLB Dry blood analysis Oxidative stress levels and vitamin deficiencies (by Lagard and Heitan) Inflammations observable under the microscope Pleomorphism study by Bechamp microzymas Blood and tissues analysis by Dr. Prof. Gunther Enderlein concept of the pleomorphism of microorganisms Blood and tissues analysis by Dr. Prof. Gunther Enderlein hypotheses about the origins of cancer Classic medical Clinical Complete Blood Count research Research on diseases of saliva Assessment of the condition of the skin, nails and hair in cosmetology Free two-mounts trial available Free support and software updates

The new digital controller PX Ultra turns your routine SPM device into easytouse instrument for scientific breakthroughs and advanced research The controller has 5 lockins amplifiers for uponelevel multitechnique leading edge measurements. The up to 5 MHz bandwidth for use of HF cantilevers and high harmonic oscillations’ action for the advanced investigation of electrical and mechanical properties at nanoscale. Lownoise piezoscanner control affords carrying out research by the same scanning element in the range from nanometers to tens and hundreds of micrometers.Ease of upgrade and functional extension of controller due to convenient slot organization. Regularly updated software. LabView compatibility for users’ custom applications. HybriD Mode™compatible.Fully automated adjustment for defined measuring mode. Digital and analogue peripheral ports. Ask online support service.