Magnetic construction - Import export

Advantages Parallel alignment of multiple magnetic separators enables a large flow-rate Extrem durable construction Magnetic rotor up to 1.600 mm width High filtration degree due to optimized design Area of application For the separation of ferritic impurities out of coolants with low requirements on the purity degree, as well as a pre-cleaning step in front of filter systems. Flow rate Various filter sizes and the modular design enable any required flow rate. classification number - Filter aid without Filtration degree - Medium oil and emulsion Filter material magnetic rotor

AViTEQ Vibrating table can be used both for compression and also for loosening bulk material. Typical applications are compacting of e.g. concrete mixes or the unstick/knock out of molds. There are two different approaches: The load to be vibrated, is set loosly on the table or firmly clamped to the vibrating device. Advantages & benefits variable, can be used for different tasks easy to regulate with magnetic vibrator Construction Compact design, with attached magnetic vibrator/s or unbalanced motors below the tabletop. Selection The sizing depends on: bulk material, such as bulk density, particle shape and internal friction the properties of the container, such as height, stiffness and sidewall Key figures length: up to 4,000 mm width: up to 2,000 mm payloads: up to 3,000 kg drive: magnetic vibrator, unbalanced motor, exciter

AViTEQ-Tubular feeders are suitable for handling and dosing of free flowing bulk material with a max. grain size of 1/3 of the tube diameter. Especially when the conveying process has to be dust free, tubular feeders are suitable through their closed design; which is needed also with high standards of hygiene and cleanliness. For feeding poisonous and hazardous substances, tube conveyors are used preferred. Advantages & benefits Wide range of applications: dustproof food suitable construction driven by magnetic vibrator/s or unbalanced motor/s long distances possible due to serial connection of feeders possible (conveyor lines) multiple drive possible (magnetic vibrators) variants available for reversing machines separate replacement of tube body or drive traverse (clamp version) made of mild steel or stainless steel Construction Tube feeders are characterized by their simple design. The main components are: feeding tube with a drive beam, either welded or connected by clamping s

Permanent magnet transporters are used where switchable lifting magnets cannot be used due to insufficient material thickness. They are suitable for thin sheets from 2 mm and are less expensive than lifting magnets, but must be separated from the workpiece under tension by means of a forcing-off device. They are suitable for use in sheet metal storage, on flame or laser cutting equipment, on shears or punching machines, and in steel and container construction. Magnetic transporters of types SH and MK are not compatible with the latest European standard for lifting magnets. We recommend their use only in protected areas.

The magnetic sheet floaters are designed for separation of magnetic steel sheets, clean , oily or sticky sheets. They help boost press and press brake production by eliminating the need to fumble with thin oily sheets. It also operates in automated systems. For a good selection of magnetic floater in the separation of plates, first of all we should know the thickness of the sheets, since it is a critical input to do a good job. One thing to bear in mind is that the magnetic float IDG.FS.RB shall be 90 mm higher than the stack of sheets to be separated. Construction features: * Stainless steel case. * Construction of the magnetic circuit with powerful permanent magnet, which can not be demagnetized. * High resistance welded box. * Threaded holes in the mounting base for a quick assembly * Ceramic or Rare Earths magnets. * Non-standard size. * Sizes and configurations according to customer characteristics. * Available in various magnetic forces.

Tesla leads the field in the production of superconducting cyclotrons for use in state-of-the-art and next generation medical therapies. Traditionally, cyclotron systems were constructed using resistive magnets which resulted in their being extremely large, complex systems of relatively low magnetic field strength. Today, Tesla design and manufacture extremely compact and up to 8T high magnetic field, superconducting magnet cyclotron systems for use in state-of-the-art medical therapies including: - Proton beam therapy, for the targeted treatment of tumors. - Positron Emission Tomography (PET), for radiopharmaceutical isotope generation e.g. used in myocardial perfusion imaging. ** Click for more **