DIANET

DIANET

DIANET

OUTLINE

Manufactured by an integrated process extending from raw materials to finishing, our DIANET is a samarium-cobalt (SmCo) magnet offering high performance, accuracy, and quality.
DIANET used in stepping motors for wristwatches, but they are used in other, ever expanding, applications, including microelectronic parts for audio and
telecommunications devices; reflow-mounted thin, compact devices; and microelectromechanical systems (MEMS).

High-precision SmCo magnets, DIANET: Showcasing high-quality magnetic solutions for modern technology. From traditional watch components to advanced reflowable surface-mount parts and microelectromechanical systems (MEMS), DIANET offers the accuracy required for high-density electronic applications

FEATURES

▶︎ Superior heat resistance and reflow mountable
▶︎ Superior corrosion resistance, without deterioration of magnetic properties
▶︎ No processing-related deterioration of magnetic properties, thus ontributing to equipment downsizing and reduced energy consumption
▶︎ Useful in applications having a dimensional tolerance on the scale of microns, made possible by our proprietary precision processing technology
▶︎ Minimum magnetic characteristic variations, made possible by our proprietary manufacturing technology, thus contributing to device stabilization
▶ Simple, ultra-precise compact shape, so cost performance is excellent, made possible by our proprietary near net shape processing technology

APPLICATIONS

▶︎ Watch rotor
▶︎ Coreless motor
▶︎ Motors such as high-performance compact actuators
▶︎ Telecommunications devices
▶︎ Buzzer (ex: cellular phone)
▶ Optical isolator
▶ Inner phone
▶ Receiver (ex: cellular phone)
▶ Various sensors

SPECIFICATIONS

magnet-basicCharacteristics_forWeb2
Magnetic characteristics map for DIANET SmCo magnets. The y-axis shows Residual magnet flux density (T / kG) and the x-axis shows Coercive force (kA/m / kOe). The chart plots various product grades including DM-30S, DM-30L, and DM-R32 at the high flux density end, DM-26 and DM-R22 in the mid-range, and DM-20 showing high coercive force at a lower flux density