Reversed-pole locator magnets and a guide housing align hidden subcutaneous ports accurately, even through thick tissue and high-BMI anatomy.
A substrate through-hole fixes pipe-to-sensor alignment, simplifies demolding, and enables a smaller endoscope bending radius.
A heat-expandable sealing element on a pre-assembled closure securely seals vehicle body openings during thermal coating while keeping a flush finish.
Integrated light-emitting and light-receiving elements on one display panel enable eye fundus imaging, precise eye monitoring, and lower-cost manufacturing.
A base member isolates the magnetic sensor from adhesive stress, improving lens barrel position detection accuracy in a voice-coil optical unit.
By fixing the shielding layer between insulating layers, this endoscope cable preserves distal flexibility, avoids shorts, and keeps diameter low.
A cured transparent resin sets the optical interval so the image-forming plane matches the sensor surface in compact endoscope imaging.
A tensioned dome switch structure resists pressure-driven cover retraction during autoclave sterilization while preserving reliable endoscope operation.
A dual-sided circuit board and cavity support improve catheter detector welding strength, cable stability, and signal transmission in tight packaging.
Reference face images unlock the alcohol measuring device only for the verified user, reducing remote sample manipulation and false alarms.
Electromagnetic rotor impacts generate stronger propulsion in capsule endoscopes, improving speed and position control against digestive friction.
Breakdown-voltage feedback adjusts each discharge shot to keep energy-to-pressure conversion consistent in electrohydraulic forming.
A force sensor and motor-controlled sliding block adjust bending wire tension to prevent excessive penetration and improve endoscope handling.
An inflatable body inside the connector recess boosts plug retention under cord pull while allowing easy release and stable electrical contact.
A localized magnetic body member stabilizes barrel motion and alignment, enabling precise two-focus switching in endoscope optics.