At a glance
| Booth | P5519 |
| Country | TW |
| Website | www.archiactek.com/index.php |
Company profile
ARCHIACT TECHNOLOGY CORPORATION is organized around dynamic testing, measurement, control, and monitoring, with its work centered on practical research, testing, and solution development in those technical areas. For automation equipment and semiconductor equipment maintenance, the company provides measurement, testing, automation, predictive maintenance, and monitoring functions within the manufacturing process. For smart-factory equipment maintenance, ARCHIACT TECHNOLOGY CORPORATION presents two defined approaches: a Regular Inspection System and a Long-term Monitoring / Diagnosis System. The company also introduces advanced data-acquisition and testing instruments and sensors, then supports those products with professional instrument consulting and complete measurement solutions. Measurement data can be combined with cloud knowledge on the platform to help plan normal equipment operation and to support long-term monitoring and diagnosis. The same monitoring approach is intended to help prevent abnormal situations, including harm associated with gas leakage, while supporting environmental safety monitoring, cost reduction, equipment digitization, and consulting and construction services for digital-transformation needs. ARCHIACT TECHNOLOGY CORPORATION summarizes its operating ideas as 1A, 3B, and 6C: 1A refers to dynamic test, measurement, and control solutions; 3B stands for Best Products, Best Solutions, Best Service; and 6C is the BRICKS set of Brightness, Responsibility, Integration, Creativity, Knowledge, and Service.
Exhibits
ARCHIACT TECHNOLOGY CORPORATION supplies measurement solutions for structural and performance-data inspection and monitoring in vehicle fields including automobiles, motorcycles, electric vehicles, all-terrain vehicles, and bicycles. Its vehicle-related scope includes automobiles, motorcycles, electric vehicles, autonomous driving, NCAP/NHTSA regulatory validation equipment, and automated inspection equipment for calipers, brackets, and brake discs. The product listings include VBOX 4 data loggers for ADAS, dual-antenna and single-antenna VBOX 4 data loggers, VBOX audio and vision sensors, VBOX 3i data loggers for ADAS and single- or dual-antenna configurations, a steering-wheel sensor, and a pedal-force sensor. For acoustic diagnosis, the company describes five functions: an acoustic image that overlays a camera view with microphone-array processing to show the loudest position, a time-frequency plot that reveals abnormal frequencies over time, sound playback, a spectrum plot showing energy distribution by frequency, and a thermal image. The time-frequency view uses time on the X axis, frequency on the Y axis, and decibels on the Z axis, and the company notes that moving the camera while observing color changes in this view can help identify the frequency range of a leak and build a leak model for later inspections. SoundCam Ultra 3 is described with a measurement distance of up to 200 cm, an analysis band up to 100 kHz, and an adjustable dynamic range for visualizing component abnormal noise. In the component-noise workflow, SoundCam can localize an abnormal sound source, isolate the hotspot to a single component, play the sound from that point, and record its acoustic frequency signature. SoundCam also provides an API so that it can be integrated with an MSO6B into a complete measurement system, combining acoustic-source localization with electronic-signal measurement in the same troubleshooting workflow. The acoustic-camera examples include laptop structural resonance measured in an anechoic chamber, acoustic imaging for precise abnormal-noise localization, and simultaneous acoustic and thermal imaging in one measurement. A One Touch function can output PDF reports after measurement, recording both acoustic-image and thermal-image data for use in cross-department communication. For cleanroom equipment leakage and related inspection work, the listed application scenarios include high-voltage discharge detection, abnormal motor temperature rise, and gas leakage accompanied by temperature differences, with factory-facility inspectors, equipment-maintenance engineers, and ESG safety-monitoring personnel identified as users. The VBOX 4 platform is described with an RTK 100 Hz multi-constellation GNSS receiver across all models, CAN FD acquisition for recording vehicle CAN-bus data, IMU05 integration for consistent data accuracy, Ethernet connectivity with driving robots, and three models tailored to different test applications.
Capabilities and products
- semiconductor equipment predictive maintenance
- equipment regular inspection systems
- long-term equipment monitoring and diagnosis systems
- data-acquisition and test-instrument supply
- acoustic imaging for abnormal-noise localization
- ADAS vehicle data logging
- CAN FD vehicle-bus data acquisition