Magnetic image - 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

This innovative rotary hot foiling system is designed as a cost effective option to replace engraved brass dies and provides a quality alternative to the magnetic foiling process. The image is chemically etched into the copper faced steel and sleeves are priced on area not complexity. Econofoil/UniSleeve benefit from improved registration when compared with other economic alternatives to engraved brass dies. Designed to run on low cost aluminium mandrels Econofoil/UniSleeve are produced to fit the majority of hot foiling units. End adaptors in mandrels for oil heated foiling units remain in place at all times reducing set up time for press operators.Econofoil/UniSleeve mandrels are considerably lighter than brass or magnetic foiling dies so are easier to handle and set up. Sleeves are lightweight, easy to handle and very economic to transport with customers benefiting from reduced freight costs. ** Click to know more **

Tantalum and niobium combine high corrosion resistance with good mechanical properties. We supply them as is-materials or as semi-finished goods – e.g. sheets and plates, bars, wires and billets. Without superconductive niobium-titanium, the most modern medical diagnostic instrument – the Magnetic Resonance Imaging Scanner – would not be possible. Niobium-tantalum plays a major role in modern material analytics. Further application areas for niobium-titanium and niobium-tantalum are magnets in particle physics research centres, as well as energy generation. Molybdenum is an important raw material in the photovoltaic industry.

Niobium-titanium is the most frequently employed alloy for superconductors. It is also used in medical diagnostics, for example in Magnetic Resonance Imaging tomography. With MRI, cross-sectional images of the body can be made which often permit outstanding clinical assessment of the organs and many pathological organ changes. MRI employs magnetic fields, not x-rays. Magnets of niobium-titanium generate extremely strong magnetic fields when cooled to temperatures near absolute zero. They act as superconductors; current flows without resistance.

The use of a head gradient coil insert together with a whole body gradient coil allows for higher gradient strength and potentially higher stimulation limits. The use of a head gradient coil insert can result in higher resolution imaging, in particular of the inner ear. (Head gradients are used in combination with Whole body gradients within MRI systems for superior imaging). Important factors in head gradient coil design are: - Design of the head gradient coil insert's magnetic field to match the whole body gradient's magnetic field, - Robust, durable and rigid construction to maintain a fixed position within the whole body magnetic field, - Efficient cooling of the head gradient. ** Click for more **

Tesla are committed to the design, supply and field support of pre-clinical gradient coils for new and existing MR systems. Tesla have a complete range of state-of-the-art gradient coil designs from pre-clinical imaging through to ultra wide bore with virtually all magnet and amplifier combinations. New designs are available rapidly and on request. ** Click for more **

Tesla design and manufacture a complete range of state-of-the-art gradient coils for clinical imaging, from value systems through to ultra wide bore and ultra high field MRI. We have products for virtually all magnet and amplifier combinations with new designs available on request. The existing MFC and HFC range, comprises over 40 whole body gradients offering the following specifications: - Up to 9.4 T. - Up to 800 mm gradient bore diameter. - Fit all magnets, including: Tesla, Philips, Siemens, Melco, Alltech, Ningbo Jianxin, Chenguang. - Operate with most amplifiers, including: Analogic; PCI; Siemens; Prodrive. - Integrated RF screen (optional). - Lorentz force minimised. - Ultra low eddy currents. ** Click for more **