SMT Aoi Machine SAKI BF-Comet10 Offline AOI Machine
The Saki BF-Comet10 is an advanced Automated Optical Inspection
(AOI) machine designed for the comprehensive inspection of printed
circuit board (PCB) assemblies. This state-of-the-art system
utilizes cutting-edge optical and image processing technologies to
provide highly accurate and reliable inspection capabilities,
ensuring the quality and reliability of electronic products.
Underlying Principles:
The Saki BF-Comet10 AOI machine operates on the principle of
acquiring high-resolution, detailed images of the PCB surface and
components, and then analyzing these images using sophisticated
algorithms to detect and identify potential defects or anomalies.
The system's key technological foundations include:
1. Optical Imaging: The machine is equipped with a robust and
high-precision optical imaging system, featuring advanced cameras
and lenses that capture detailed, high-resolution images of the PCB
under inspection.
2. Illumination Control: The system employs a carefully designed
illumination system, utilizing a combination of different light
sources (e.g., LED, halogen) to ensure optimal contrast and
visibility of the PCB features, enabling the detection of even the
most subtle defects.
3. Image Processing Algorithms: The Saki BF-Comet10 utilizes
advanced image processing algorithms and artificial intelligence
(AI) techniques to analyze the captured images and identify a wide
range of potential defects, including missing or misaligned
components, solder bridging, insufficient solder, and other
manufacturing irregularities.
4. Programmable Inspection Routines: The system's software allows
users to create and customize inspection routines, tailoring the
inspection parameters to the specific requirements of different PCB
designs and production processes. This flexibility ensures optimal
performance and accuracy for a diverse range of electronics
manufacturing applications.
Usage Instructions:
1. Set up the AOI Machine: Carefully position the Saki BF-Comet10
AOI machine in the desired location, ensuring proper ventilation
and access to power sources. Connect the machine to the necessary
control and data systems.
2. Load the PCB: Carefully place the PCB assembly onto the
machine's inspection stage, ensuring proper alignment and
positioning.
3. Configure the Inspection Routine: Using the system's intuitive
software interface, select or create the appropriate inspection
routine for the PCB under test. This may involve adjusting
parameters such as component recognition, solder joint inspection,
and defect detection thresholds.
4. Initiate the Inspection: Start the inspection process by
activating the machine's optical imaging system and image
processing algorithms. The system will automatically capture and
analyze the PCB's surface, identifying any potential defects or
anomalies.
5. Review the Inspection Results: The Saki BF-Comet10 will display
the inspection results, highlighting any detected defects or
issues. Carefully review the results and take appropriate action,
such as adjusting the production process or approving the PCB for
further assembly.
6. Document the Inspection: The system's comprehensive reporting
capabilities allow users to generate detailed inspection reports,
including images and data, which can be used for quality assurance,
process improvement, and regulatory compliance purposes.
7. Maintain the AOI Machine: Regularly clean and maintain the
optical components, lighting systems, and other critical parts of
the Saki BF-Comet10 AOI machine, following the manufacturer's
recommended procedures. This ensures optimal performance and
accuracy throughout the machine's lifespan.
The Saki BF-Comet10 AOI machine is a powerful tool that plays a
crucial role in the electronics manufacturing industry, helping to
ensure the quality and reliability of PCB assemblies through its
advanced optical inspection and image processing capabilities.
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 |
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FAQ
1. If machine have any problem after I receive it, how can I do ?
Free parts send to you in machine warranty period.
2. MOQ ?
1 set machine, mixed order is also welcomed.
3. How can I buy this machine from you? ( Very easy and flexible !)
A. Consult us about this product on line or by e-mail.
B. Negotiate and confirm the final price , shipping , payment
methods and other terms.
C. Send you the proforma invoice and confirm your order.
D. Make the payment according to the method put on proforma
invoice.
E. We prepare for your order in terms of the proforma invoice after
confirming your full payment.
And 100% quality check before shipping.
F.Send your order by air or by sea.