AEMtec GmbH

Minato-ku,  Tokyo 
Japan
https://www.youtube.com/@aemtecgmbh8503
  • Booth: 3448


Please contact us when you need high level assemble ODM

AEMtec GmbH is a German high-density, high-precision assemble ODM. Semiconductor chips , sensor, electronic component assemble ODM, spun out from German semiconductor manufacturer Infineon in 2000. AEMtec owns the equipment to process purchased or provided semiconductor wafers (bumps, solder balls, copper pillars, dicing, etc. on the electrode part of each chip), and offers chip-on-board, various flip chips, silicon via, etc. AEMtec provides the world's highest level of high-density assemble that realizes customer specifications by directly mounting semiconductor elements on various substrates using advanced technology. AEMtec develops and manufactures extremely small sensor modules for sensor manufacturers. AEMtec also provides advanced assemble products such as medical board units to electronic medical device manufacturers. (As an example, we stack a photodiode chip and an ASIC chip and process silicon via to provide an ultra-compact and lightweight scanner module.) At this exhibition, various sensor chip modules mounted according to customer specifications, various substrates and units with high-density and high-precision mounting of optical components and IC chips are exhibited. AEMtec has partnered with Japanese assemble manufacturer Connectec Japan Co., Ltd., and has established a system to quickly provide development and prototyping in Japan.


 Press Releases

  • (20221206)
  • AEMtec GmbH is a German high-density, high-precision assemble ODM. Semiconductor chips and electronic components are mounted directly on the substrate.

    AEMtec is a high-precision semiconductor, sensor, electronic component assemble ODM, spun out from German semiconductor manufacturer Infineon in 2000. AEMtec owns the equipment to process purchased or provided semiconductor wafers (bumps, solder balls, copper pillars, dicing, etc. on the electrode part of each chip), and offers chip-on-board, various flip chips, silicon via, etc. AEMtec provides the world's highest level of high-density assemble that realizes customer specifications by directly mounting semiconductor elements on various substrates using advanced technology. AEMtec develops and manufactures extremely small sensor modules for sensor manufacturers. We also provide advanced assemble products such as medical board units to electronic medical device manufacturers. (As an example, we stack a photodiode chip and an ASIC chip and process silicon via to provide an ultra-compact and lightweight scanner module.) At this exhibition, various sensor chip modules mounted according to customer specifications, various substrates and units with high-density and high-precision mounting of optical components and IC chips are exhibited. AEMtec has partnered with Japanese assemble manufacturer Connectec Japan Co., Ltd., and has established a system to quickly provide development and prototyping in Japan.


 Products

  • Under skin blood glucose monitoring capsule
    A subcutaneous blood glucose monitoring capsule. A light-emitting diode, a light-receiving diode, a transmitter chip, and a power supply are flip-chip mounted on an ultra-small substrate inside the capsule....

  • Blood glucose monitoring capsule implanted 5 mm under the upper arm skin. It is a US FDA (Food and Drug Administration) approved device for continuous blood sugar monitoring for 90 days. This sensor capsule, a removable waterproof smart transmitter attached to the skin, and a mobile app (smartphone) monitor blood glucose levels. The sensor is wirelessly powered by a smart transmitter attached to the skin. The patient's bodily fluid penetrates into the corpus cavernosum inside the capsule through the ceramic ring at the tip of the sensor, and the indicator molecule embedded inside emits fluorescence in proportion to the blood glucose level in the bodily fluid. A light-emitting diode, a light-receiving diode, a transmitter chip, and a power supply are flip-chip mounted on an ultra-small substrate. The indicator molecule emits light, the light emitting diode is irradiated in proportion to the value, the light receiving diode converts this into electricity, and the value is transmitted to the smart transmitter attached to the upper arm by the built-in IC chip every 5 minutes.

  • VICSEL glass substrate bonding
    VICSELs are mounted on a glass substrate by wire bonding. Used for ultra-high-precision wafer positioning in semiconductor manufacturing equipment, etc....

  • VICSELs are mounted on a glass substrate by wire bonding. Used for ultra-high-precision wafer positioning in semiconductor manufacturing equipment, etc.

  • Micro mirror module
    Micromirror on substrate board, micro mirrors reflects VICSEL module lights and form VICSEL lights lattice space for wafer positioning in semiconductor manufacturing equipment...

  • Micromirror on substrate board,  micro mirrors reflects VICSEL module lights and form VICSEL lights  lattice space for wafer positioning in semiconductor manufacturing equipment
  • brain tumor treatment stick
    Flip-chip multiple ASIC chips onto an FPC, then divide the FPC into individual chips, form curved surfaces, wire-bond them, and store them in the probes, realizing high-precision curved-surface assemble of 15µm wide flip-chips on the board. ...

  • A treatment device that drills a minute hole in the skull without craniotomy and inserts this treatment rod into the affected part of the brain tumor and destroys it with ultrasonic waves.

    Treatment without craniotomy. A piezo element for emitting ultrasonic waves is attached to the tip of the treatment rod. A tumor localization positioning ASIC chip is mounted inside the treatment wand with a curved flip-chip. The method is to flip-chip mount this LSI on a flex board. Next, this LSI is divided into small pieces together with the flexible substrate below, and each small piece is flip-chip connected to a small piece of flexible substrate. Connect these pieces onto another flexible substrates and individual wires. This substrate is housed in the phase inside the probe. Substrate trace area is very narrow (15 µm). Flip chips require precise placement. The diameter of the curved surface mount is limited to the maximum bottom transducer size.