By ELIRI
Sensors and micro coils • We develop micro-winding technologies for ultra-small coils with ≤10 μm wires with magnetic /non-magnetic cores / coreless with diameter of ≥ 75 μm; • Various shapes, geometries (1D, 2D, 3D, flat, coreless, helical, etc.); • Measuring the external environmental parameters in harsh conditions, such as high humidity, low/high temperatures, pressure or even radiation; • Capabilities for batch and high – quantity production. We can adjust the technology upon the requirements of the customer.
We develop micro-winding technologies for ultra-small coils with ≤10 μm wires with magnetic /non-magnetic cores / coreless with diameter of ≥ 75 μm; Various shapes, geometries (1D, 2D, 3D, flat, coreless, helical, etc.); Measuring the external environmental parameters in harsh conditions, such as high humidity, low/high temperatures, pressure or even radiation; Capabilities for batch and high – quantity production. We can adjust the technology upon the requirements of the customer. Technological possibilities: - The minimum wire diameter is 5 μm (various insulations: Polyimide, Glass, PTFE (teflon), Polyvinylbutyral, etc. - Possibly integration of cores for various magnetic improvements - Coreless microcoils with various shapes - We provide the possibility to plant the coils on transistor pinouts for further integration into electronic circuits - There's the possibility to solder to the coils on PCB's for further integration into electronic circuits (RoHS and REACH compliant) - Other possibilities are placing the microcoils on various shaped potcores. Further fine tuning is possible for high frequency applications. - Quantity range - from 1 piece to millions of pieces!
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What is a nanowire? Nanowires are small-diameter wires for manufacturing windings of electric micromachines, measuring coils and control devices. Nanowires are obtained from various metals and alloys: conductive, resistive, magnetic, semiconductor, with their simultaneous coating by glass insulation, with a diameter of less than 1 μm, including precious materials (Au, Pt, Ag, etc.). The use of nanowires - non-electric measuring transducers (temperature, pressure, speed, force, mass, etc.); - inductive converters; - transformers, motor windings; - complexes of filamentous nanostructures; - electrodes. DIAMETER OF MICROWIRES LESS THAN 1 micro m
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Further integration into sub-systems is also possible, including the possibility of micro high-precision winding for microsensors production.
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