ProductsSMT LineMEKA-M3 3D Automatic Optical Inspection (3D AOI)
MEKA-M3 3D AOI
SMT Line

MEKA-M3 3D Automatic Optical Inspection (3D AOI)

M-Series 3D AOI with modular light source design, self-developed optimized head control board, and stable software architecture. Self-developed 3D solving algorithm offers high efficiency, precision, and stability. Available in M3/M3 Pro/M3 Pro Max/M3 Ultra with four-directional Moiré projection.

Key Specs

ModelsMEKA-M3 / M3 Pro / M3 Pro Max / M3 Ultra
Camera12MP / 19MP / 21MP / 21MP
Pixel Size3.5um~15um
Inspection Speed0.49s / 0.55s / 0.55s / 0.55s per FOV
Max PCB (Single-lane)50×50 ~ 510×460mm
Max PCB (Double-lane)50×50 ~ 510×580mm (Single Mode) / 50×50 ~ 510×320mm (Dual Mode)
DLPFour-Directional Moiré Pattern Projection
Height Accuracy±3um (Standard) / ±1um (Ultra)

See full specifications below

Applications

Post-reflow SMT 3D inspection
Component height/coplanarity inspection
Solder joint 3D morphology analysis
Component misalignment/missing/polarity error detection
Complex BGA/QFP package inspection

Detailed Description

Overview

The MEKA-M3 is CTW's self-developed 3D Automatic Optical Inspection (3D AOI) system in the M-Series. Featuring modular light source design, self-developed optimized head control board, stable and reliable software architecture, with four-directional Moiré projection 3D inspection technology.

Key Advantages

Self-developed 3D Algorithm

  • High efficiency, precision, and stability
  • Optimizable for specific usage scenarios
  • Four-directional Moiré projection technology

Modular Light Source Design

  • Self-developed optimized head control board
  • Stable and reliable software architecture
  • 5-Stage high-precision color lighting system

High-Precision 3D Inspection

  • Height accuracy ±3um (Standard) / ±1um (Ultra)
  • Up to 21MP camera resolution
  • Pixel size down to 3.5um

Multiple Models

ModelCameraSpeedHeight Accuracy
MEKA-M312MP0.49s/FOV±3um
MEKA-M3 Pro19MP0.55s/FOV±3um
MEKA-M3 Pro Max21MP0.55s/FOV±3um
MEKA-M3 Ultra21MP0.55s/FOV±1um