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Case Introduction: Unlocking New De-Palletizing Solutions to Boost Enterprise Efficiency

Industry Challenges

In the manufacturing sector, soft package de-palletizing has traditionally been labor-intensive and costly due to:

  • Heavy loads and high-volume operations
  • Rising labor costs and recruitment difficulties
  • Challenging working conditions in 24/7 shift environments

To address these pain points, a leading home appliance manufacturer partnered with LuminWave to implement an AI-powered, 3D vision-enhanced de-palletizing system.

Project Challenges & Solutions

Oversized Pallets – Required handling extra-large pallets (2m × 2m × 2.3m), exceeding the limits of conventional systems. LuminWave optimized its camera architecture to accommodate these dimensions.

Space Constraints – Tight facility space demanded precision equipment layout and compact hardware solutions.

Ambient Light Interference – Skylights caused scattered sunlight issues, reducing visual accuracy. AI-based adaptive vision algorithms resolved this problem.

Cost Efficiency – The client required a budget-friendly, high-performance solution, balancing cost and ROI.

Core Components

3D ToF Camera

Detection Range: 0.4-5m

Field of View (H × V): 70° × 50°

ToF Resolution: 640 × 480 dpi

RGB Resolution: 1600 × 1200 dpi

Ranging Accuracy: <1% (@2m ≤ 5mm)

Algorithm Software

Adaptability: Leverages AI deep learning and model training to accurately identify objects like cardboard boxes, jute bags, and metal rods.

Rapid Deployment: Achieves scenario adaptation with minimal training data.

Lightweight Architecture: Integrates universal algorithms and flexible APIs for seamless recognition and positioning.

Highlights of the Project

✅ 99.9% recognition accuracy
✅ Recognition cycle under 3 seconds
✅ Deployment completed in just 3 days
✅ Reliable performance in challenging light conditions
✅ Supports dual-pallet processing & adaptive empty pallet detection

By automating de-palletizing, LuminWave helps manufacturers reduce costs, increase efficiency, and future-proof operations in an increasingly labor-constrained environment.

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