2D Automated Optical Inspection
Systems

2D-AOI

The 2D-AOI is a high-speed, high-precision 2D visual inspection device that supports multiple inspection processes, such as SMT, and through-hole processes. The extremely durable hardware design guarantees a more stable inspection quality than traditional visual inspection and contributes to significant labor savings at production sites.

01

High-speed Inspection System

  • Simultaneous full-board imaging for high-speed inspection
  • Saki’s unique Line Scanning Technology

Simultaneous full-board imaging for high-speed inspection

High-speed inspection is achieved through the simultaneous imaging of the entire PCB, utilizing Saki’s unique line scanning technology. Images of the entire board are rapidly acquired through batch imaging using a line sensor camera – takt time is unaffected by either the number of parts or mounting status.

Line Scanning Technology

02

High Reliability

  • Robust hardware design guarantees high inspection quality for an extended lifetime
  • Unique lighting technology to obtain shadow-free images

Inspection reliability is improved with hardware specifically designed for high-speed, high-precision imaging, that utilizes Saki’s unique lighting technology for shadow-free image capture.

Hardware design that guarantees high inspection quality for an extended lifetime

The stable, uniaxial hardware design ensures low vibration and high durability, while a compact housing design contributes to improved area productivity.

Uniaxial Hardware

Coaxial top light for shadow-free image acquisition

A coaxial top light illuminates from directly above each inspected component at all positions on the board, capturing angular objects, such as solder surfaces, without being affected by adjacent components.

Coaxial Top Light

Ring Light

03

Multiple Inspections

  • Simultaneous double-sided inspection to increase production efficiency
  • Solder inspection of inserted components
  • Extra Component Detection (ECD) detects fallen parts, foreign objects, and solder balls across the entire board

System flexibility allows for a range of inspection criteria including simultaneous double-sided inspection, THT solder inspection, and full board inspection.

Simultaneous Double-Sided Scanning

The 2D-AOI inspects both the mounting surface and soldering surface of through-hole components at the same time.
Since no reversing machine is required, damage to the board from reversing is prevented, equipment investment efficiency is improved, and area productivity increased by shortening line length.

Simultaneous double-sided scanning

Solder inspection of through-hole components

Saki’s unique lighting technology enables analysis of solder meniscus and pin presence, allowing for the following defects to be simultaneously inspected:

  • Copper exposure
  • Excessive solder
  • Pin presence
  • Insufficient solder
  • Blow holes
  • Solder bridges

Through-hole solder image

Through-hole solder inspection screen

Full board Extra Component Detection (ECD) ensures that fallen objects and surplus parts are not overlooked

2D-AOI applies Extra Component Detection (ECD) on the entire board surface.
ECD compares a non-defective statistical image with the newly scanned image allowing for the automatic detection of defects such as solder balls and foreign objects.
This process also detects additional defects such as unexpected surplus parts and dust inside the board.

ECD NG Images

Complete Lineup Suitable for SMT or Back-End Processes

SMT

Backend

BF-FrontierⅡ

  • Inline AOI
  • Large size PCBs
  • Resolution 18μm

BF-TristarⅡ

  • Inline AOI
  • Simultaneous double-sided inspection
  • Resolution 10μm

BF-Sirius

  • Benchtop
  • Large size PCBs
  • Resolution 18μm

BF-Comet18

  • Benchtop
  • Medium size PCBs
  • Resolution 18μm

BF-FrontierⅡ

  • Inline AOI
  • Large size PCBs
  • Resolution 18μm

BF-TristarⅡ

  • Inline AOI
  • Simultaneous double-sided inspection
  • Resolution 10μm

BF-Sirius

  • Benchtop
  • Large size PCBs
  • Resolution 18μm

BF-Comet18

  • Benchtop
  • Medium size PCBs
  • Resolution 18μm

Specification

ModelBF-FrontierⅡBF-TristarⅡBF-SiriusBF-Comet18
Installation typeInlineInlineBenchtopBenchtop
Size
(W)×(D)×(H)mm (in.)
850 x 1340 x 1230
(33.5 x 52.8 x 48.4)
850 x 1295 x 1130
(33.5 x 51 x 45.5)
800 x 1280 x 600
(31.5 x 50.4 x 23.6)
580 x 850 x 452
(22.8 x 33.5 x 17.8)
Resolution18μm10μm18μm18μm
PCB ClearanceTop: 40mm (1.57 in.)
Bottom: 40mm (1.57 in.)
Top: 30mm (1.18 in.)
Bottom: 30mm (1.18 in.)
Top: 40mm (1.57 in.)
Bottom: 60mm (2.36 in.)
Top: 40mm (1.57 in.)
Bottom: 60mm (2.36 in.)
Electric Power RequirementSingle-phase ~ 100-120/200-240V +/-10%, 50/60Hz
PCB Size
(W)×(L)mm (in.)
50 x 60 – 460 x 500
(2 x 2.4 – 18 x 20)
50 x 60 – 250 x 330
(2 x 2.4 – 10 x 13)
50 x 50 – 460 x 500
(2 x 2 – 18 x 20)
50 x 50 – 250 x 330
(2 x 2 – 10 x 13)
ModelBF-FrontierⅡBF-TristarⅡ
Installation typeInline
Size
(W)×(D)×(H)mm (in.)
850 x 1340 x 1230
(33.5 x 52.8 x 48.4)
850 x 1295 x 1130
(33.5 x 51 x 45.5)
Resolution18μm10μm
PCB ClearanceTop: 40mm (1.57 in.)
Bottom: 40mm (1.57 in.)
Top: 30mm (1.18 in.)
Bottom: 30mm (1.18 in.)
Electric
Power Requirement
Single-phase ~ 100-120/200-240V +/-10%, 50/60Hz
PCB Size
(W)×(L)mm (in.)
50 x 60 – 460 x 500
(2 x 2.4 – 18 x 20)
50 x 60 – 250 x 330
(2 x 2.4 – 10 x 13)
ModelBF-SiriusBF-Comet18
Installation typeBenchtop
Size
(W)×(D)×(H)mm (in.)
800 x 1280 x 600
(31.5 x 50.4 x 23.6)
580 x 850 x 452
(22.8 x 33.5 x 17.8)
Resolution18μm18μm
PCB ClearanceTop: 40mm (1.57 in.)
Bottom: 60mm (2.36 in.)
Top: 40mm (1.57 in.)
Bottom: 60mm (2.36 in.)
Electric
Power Requirement
Single-phase ~ 100-120/200-240V +/-10%, 50/60Hz
PCB Size
(W)×(L)mm (in.)
50 x 50 – 460 x 500
(2 x 2 – 18 x 20)
50 x 50 – 250 x 330
(2 x 2 – 10 x 13)

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