Extreme macro industrial photography of a high-density PCB, sharp cool-toned LED lighting, high-contrast dark slate and electric cyan, ultra-detailed 100mm lens showing microscopic solder joints.
Extreme macro industrial photography of a high-density PCB, sharp cool-toned LED lighting, high-contrast dark slate and electric cyan, ultra-detailed 100mm lens showing microscopic solder joints.
View Systems
Technical Specs
Hexagonal Sensor Array

Eliminating optical dead shadows

Traditional inspection misses defects hidden behind tall components. Our multi-axial hexagonal array captures every solder joint from six coplanar angles simultaneously.

Core Technology

Zero-blind-spot inspection capability

Coplanar Mapping

3D Reconstruction

Line-Rate Throughput

Six sensors capture simultaneous 60-degree offset views, mapping the board topography in a single pass.

Advanced volumetric algorithms combine multi-angle data to build a complete topological model of every joint.

Parallel image processing eliminates the cycle-time penalty of traditional multi-pass inspection methods.

Crisp high-contrast technical diagram showing light paths of six coplanar sensors intersecting on a micro-electronics board, electric cyan lines on dark background.
Crisp high-contrast technical diagram showing light paths of six coplanar sensors intersecting on a micro-electronics board, electric cyan lines on dark background.
Extreme close-up macro shot of the hexagonal optical sensor head with cool-toned LED highlights, showing absolute geometric alignment.
Extreme close-up macro shot of the hexagonal optical sensor head with cool-toned LED highlights, showing absolute geometric alignment.
Technical Specifications

Precision optical architecture

Optical Array Specs

6

Coplanar Sensors

60°

Angular Offset

1.2 µm

Lateral Resolution

Throughput Specs

100%

Inspection Coverage

0 ms

Added Cycle Time

0.01%

False-Call Rate

View Systems

Ready for absolute optical certainty?

Integrate our technology into your existing SMT lines to eliminate false calls and secure 100% defect detection. Protected by following R.O.C. patents

  1. [GRANTED] Optical axis adjustment method for off-axis elliptical mirrors | 112126214 (2023)

  2. [GRANTED] Far and near dual optometric generator | 111136892 (2022)

  3. [GRANTED] Conformal sensors with flame retardant properties | 109215834 (2020)

  4. [GRANTED] Jitter recognition method based on transmitting light and its system | 108129443 (2019)

  5. [GRANTED] Substrate material for penetration | 104111569 (2015)

  6. [GRANTED] Jitter identification methods and their systems (utility model) | 108129442 (2019)

  7. [PENDING] Omnidirectional Optical Side-View Integrated Inspection Device and Method | — (2026)