The BF Comet10 AOI machine is an advanced Automated Optical
Inspection (AOI) system used in the electronics manufacturing
industry for the inspection and quality control of printed circuit
boards (PCBs) during the assembly process. It offers a range of
functionality and features that enhance inspection accuracy, speed,
and efficiency.
Desktop Automatic optical inspection equipment Saki BF-comet10 |
Equipment Size: | 580x850x452mm |
Equipment Weight: | 80kg |
Equipment power supply: | AC200-240V,400VA |
Can detect PCB size: | 50x50~250x330mm |
Image solution: | 10um,18um image |
Scanning time: | 250x330mm |
PCB: | Approx. 7 sec |
Camera: | Color linear CCD |
Detection station: | Suitable for testing after printing, pre-furnace and after |
Furnace detection items: | Solder Paste |
Detection: | There is no, offset, less tin, multi-tin, broken, contaminated |
Parts detection: | missing parts, offset, skew, erection, side, flip, polarity
inverse, wrong parts, breakage, IC surface Character
differentiation |
Solder spot detection: | tin, tin less, even tin, pin false welding, foot, plate pollution |
BF-Comet10&18
1. Resolution: 10um,18um
2. PCB size: 250mm x 330mm
3. SAKI’s original alternate line-scan technology which offers the
fastest inspection speed
4. Newly developed color capturing system enables to achieve a
further rapid inspection compared to onventional model (BF18D-P40).
(It takes only 7 seconds to scan M-size PCB by BF-Comet18)
5. BF-Comet10 which has 10 micron resolution is developed for a
high density mounting PCB inspection(01005chip and 0.4mm pitch
lead)
6. BF-Comet offers a compact foot print bench-top system and is
also suitable for the mounting part inspection after the process of
the hand insertion ,and the dip part inspection.
Functionality:
1. Optical Inspection: The BF Comet10 AOI machine utilizes
high-resolution cameras and advanced imaging algorithms to inspect
PCBs for defects and anomalies. It captures detailed images of the
PCB surface and components, allowing for comprehensive inspection
of solder joints, component placement, polarity, and other quality
criteria. This feature ensures thorough defect detection and
minimizes the risk of faulty assemblies.
2. Defect Detection: The machine is equipped with powerful
algorithms for defect detection. It can identify various types of
defects, including soldering issues (such as insufficient solder,
bridging, or tombstoning), component misalignment, missing
components, polarity errors, and solder mask defects. This
capability enables efficient and reliable identification of
manufacturing defects.
3. Inspection Speed: The BF Comet10 AOI machine offers high-speed
inspection capabilities. It can rapidly scan and analyze PCBs,
ensuring quick feedback on the quality of the assembled boards.
This feature contributes to reduced production cycle times and
faster response to manufacturing issues.
4. Programming and Customization: The machine allows for
programming and customization of inspection parameters. Operators
can define inspection criteria, thresholds, and rules specific to
their 5. PCB designs and quality requirements. This flexibility
enables tailored inspection processes and adaptability to different
product variations or customer specifications.
5. False Alarm Reduction: The BF Comet10 AOI machine employs
advanced algorithms and machine learning techniques to reduce false
alarms. It can distinguish between intentional design features,
such as component markings or fiducial marks, and actual defects,
minimizing false positives during inspection. This capability
improves overall inspection efficiency and reduces unnecessary
rework.
6. Inspection Data Analysis: The machine provides comprehensive
inspection data analysis capabilities. It captures and stores
inspection results, allowing operators to analyze trends, identify
recurring issues, and make data-driven process improvements. The
analysis tools may include statistical reports, defect
classification, and visualization of inspection results.
Usage Range:
The BF Comet10 AOI machine is used in various applications within
the electronics manufacturing industry, including:
1. PCB Quality Control: It serves as a critical tool for PCB
quality control during the assembly process. The machine inspects
PCBs for defects, ensuring that they meet specified quality
standards before proceeding to the next manufacturing stages.
2. Defect Verification: The BF Comet10 AOI machine is utilized for
defect verification and validation. It verifies the presence and
quality of solder joints, component placement, and other critical
assembly features, ensuring compliance with design specifications
and industry standards.
3. Process Improvement: The machine assists in process improvement
initiatives. By analyzing inspection data and identifying recurring
defects or trends, operators can make informed decisions to
optimize assembly processes, enhance manufacturing efficiency, and
reduce defect rates.
4. Rework and Repair: The BF Comet10 AOI machine aids in rework and
repair operations. When defects are detected, operators can use the
inspection data to precisely locate and address the identified
issues, facilitating efficient rework and minimizing scrap or
rejections.
5. Quality Assurance: The machine plays a vital role in quality
assurance processes. It helps manufacturers ensure that their PCB
assemblies meet customer requirements, industry standards, and
regulatory compliance, enhancing overall product quality and
reliability.
The BF Comet10 AOI machine provides advanced optical inspection
capabilities for PCB quality control. It enables accurate defect
detection, high-speed inspection, and data-driven process
improvement, contributing to efficient and reliable electronics
manufacturing processes.