End-to-end automation powered by AI, built for the line

Explore our automation solutions

Dispensing

Precision dispensing stations with stable volume control, repeatable placement, and process monitoring for consistent bond-line quality.

built for Modern assembly and process lines

UV Curing

UV curing modules with controlled exposure timing and verification to ensure fast, repeatable cure performance at takt.

Hot-Bar

Hot-bar bonding stations with controlled temperature/force/time profiles for reliable interconnect and low-defect joining.

X-Ray Inspection

Integrated X-ray inspection with automated analysis to detect hidden defects (e.g., opens/shorts/voids) without slowing throughput.

Pick and Place

Vision-guided pick-and-place for accurate part location, orientation correction, and stable high-mix handling.

Flex Bending

Controlled flex bending stations with repeatable bend radius/angle control to protect features and prevent micro-damage.

Our Vision Tech

Eastern Intelligent delivers end-to-end AVI systems—from vision algorithm development to turnkey inspection machines and inline stations—built to stabilize yield, accelerate throughput, and enable scalable production with full traceability.

What we inspect (and why it matters)

Our AVI platforms are designed to catch the real production killers—scratches, material shortage, impurities, wrinkles, white/black spots, waviness, bubbles, bulges, dents, cracks, contamination, and color stains—with high-speed imaging architectures suited for mass production.

Vision stack: 2D + 3D, integrated into automation

We integrate 2D & 3D vision (defect detection, measurement, and OCR) into automation workflows, using established industrial platforms (VisionPro® and HALCON) and connecting results directly into the machine logic for closed-loop decisions.
For complex handling/assembly scenarios, our 3D vision capability is also used to identify parts and position coordinates for robotic execution—supporting high-yield automation outcomes.

High-resolution, high-throughput camera architectures

We build inspection machines using line-scan + area-array camera combinations to cover large surfaces and fine features efficiently, for example:

• 3 × 8K line-scan camera configuration with UPH 300 and misprediction/misdetection rate ≤ 0.5% (example platform).

• 5 × 4K line-scan + 4 × area-array cameras with UPH 360 and misprediction/misdetection rate ≤ 0.5% (example platform).

Flagship AVI platforms (examples from deployed solutions)

1) Universal FPC AVI – dual-side inspection at production speed
Engineered for high-defect coverage in a single synchronized cycle, achieving 2.8s cycle time with AI analyzing 28 images to detect 102 defects.
Key mechanical advantage: a maglev-driven, wireless power system enabling stable flipping for dual-side imaging, plus <30-minute changeover using a quick-change pick-up module.
For flexible production, the platform uses an adaptive carrier with custom IO and WiFi modules for rapid, tool-less configuration switching.

2) Universal FPC AVI – scalable throughput and integration
A universal architecture designed for multi-model production, delivering UPH 4,000, compact footprint, and a data-driven approach using centralized AI data for optimization.

3) Smart MIC AVI – code reading + barcode + AI inspection
Built for flexible production operation with fully automated code reading, barcode recognition, switchable manual/automatic loading & unloading, and AI-based visual inspection supporting bulk or single-piece inspection modes.

4) Mini / Universal Mini FPC AVI – compact automation with measurable ROI
A compact, easy-to-integrate inspection solution with production-driven performance targets such as UPH up to 600, yield rate 99.4%, and headcount reduction (example: 6 operators), with flexible inspection sizes from 50×50 to 400×350 mm.
Another configuration demonstrates UPH up to 8000, yield rate 99.4%, and headcount reduction (example: 20 operators), covering inspection sizes from 70×70 to 350×250 mm.

Built into stations and lines (not a “standalone camera box”)

Our AVI capability is designed to be deployed both as standalone AVI machines and as inline AOI checkpoints within automation lines—supporting traceability and real-time decisions. For example, inline processes can include AOI inspection and traceability as part of an automated dispensing/assembly workflow.

Precision handling + vision performance where it counts

In high-precision transfer/handling applications, the platform-level design targets repeatability and inspection quality with quantified performance such as upper/lower vision accuracy ≤ 5 μm/pixel, supporting stable automation and inspection outcomes.