Industrial Equipment / Code Reading

Industrial QR Code Reading Camera Module

Distance, code size and reflection varied, while generic readers did not fit enclosure or communication requirements.

QR Code産業用カメラ組み込み照明制御

Results Summary

1

Stable inspection quality: AI-based judgment dramatically reduces human error

2

Reduced workload: Automated recording and assessment cuts labor hours

3

Fast PoC-to-production: Evaluation kit enables rapid validation and smooth transition

Customer Challenge

Distance, code size and reflection varied, while generic readers did not fit enclosure or communication requirements.

Implementation Overview

Background

Manufacturing equipment needed reliable QR reading for part traceability and process control.

Challenges

  • Limited enclosure space
  • Reflection and angle caused unstable reading
  • Communication had to match host equipment

Implemented Solution

A compact camera, auxiliary lighting, QR decoding and serial communication were combined.

  • Compact camera module
  • Lighting and exposure control
  • QR decoding
  • Host communication interface

Rollout

  1. Code Review
    Code size, distance, material and reading angle were confirmed.
  2. Imaging Evaluation
    Lighting and exposure were tuned to check read-rate trends.
  3. Embedded Adjustment
    Enclosure, communication and firmware update were organized.

Operational Change

  • Reader structure fit inside the equipment
  • Reading stability improved around site conditions
  • Integration into host control flow became easier

Expansion

DataMatrix, barcodes, DPM and longer-distance reading can be evaluated next.

Discuss Reader Module

Share code and terminal conditions and we can propose an embedded configuration.

Results & Impact

A dedicated camera module and decoding pipeline created a reader structure easier to embed into the terminal.

Why CSUN

1

Integrated camera, embedded, AI, and connectivity: System-level optimization, not piecemeal

2

One-stop from PoC to mass production: Prototype evaluation → design → production → long-term supply

3

Flexible design for real-world constraints: Adapts to existing lines, lighting conditions, and space limits

4

Trilingual support (JP/ZH/EN): Global development, sourcing, and support capabilities

Related Solutions & Products

From camera selection to AI model design, embedded implementation, and mass production — we provide end-to-end support.

Discuss a Similar Case

FAQ

Can this work in a similar production environment?

In most cases, yes. Please share sample images and requirements from your site. We'll propose the optimal configuration based on similar cases.

Can I consult just for a PoC?

Absolutely. We welcome PoC-only engagements. Our evaluation kit enables rapid validation.

Can we validate without stopping our existing line?

Yes. Add-on cameras or non-invasive sensors allow validation while your existing line keeps running.

Can you help with camera selection?

Yes. We'll recommend the optimal camera module based on your target objects, lighting conditions, and inspection criteria.

Facing a similar challenge?

From camera selection to AI model design, embedded implementation, and mass production — we provide end-to-end support.