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SMT-Printing 3.0 - Full process control by self-regulating systems
There are two major drivers of innovation in the SMT industry: effectiveness and quality.
Both factors lead to the same result: Reduction of errors and scrapping costs through
automation. Up to now it has not been possible to fully automate the printing process,
because the number and type of operator interventions could only be automated with
difficulty or not at all. Furthermore, the number of process factors was so great that
automatic process control seemed impossible.
The process results were fed back by analysing the measurement results of a 3D SPI (Solder Paste Inspection System). This was usually done by hand by a qualified process engineer or technician.
A lot has changed at this point! The printing machine manufacturers have automated their
machines more and more. Printing materials are fed in automatically, and process
parameters are recorded and monitored. Important data is passed on to MES systems and
other production machines (M2M communication). The interfaces to the inspection systems have also become more intelligent. After initial experience with simple closed-loop controls to compensate for print offsets, new powerful computers and the use of AI-optimized algorithms enable the complete optimization and control of the printing process parameters.
The webinar introduces the Koh Young interface for automatic print parameter optimization. Get to know the advantages and opportunities of this intelligent interface and gain an insight into the modules and functions of the Koh Young Process Optimizer (KPO).
Referent:
Dipl.-Ing. (FH) Axel Lindloff
Koh Young Europe
Application Engineer Pre-Sales
Anbieter
Koh Young Europe GmbH
3D AOISmart Factory
Weitere Webinare
3D Pin-Inspection (in English)
AI in Optical Inspection and 3D Measurement
Anwendung der 3D-Moiré-Interferometrie-Messung auf SemiCon-Anwendungen
Applying 3D Moiré Interferometry Measurement to SemiCon Applications
Die 10 häufigsten Fragen auf der Productronica 2021 – Ein Q&A mit Koh Young
Die transparente Produktion – Wie KSMART Ihr Produktions-Know-how verbessert
Echtzeitkontrolle 4.0 - Wie die KI bei der Prozessregelung unterstützt
Jetzt starten mit der Pin Inspektion
KI in der optischen Inspektion und 3D-Messung
KSMART Server – Eine Live - Demo
Make the most of your SPI - solder and sinter paste measurement in power electronics
Neptun beherrscht die Tiefen – Zerstörungsfreie Messung transparenter Beschichtungen
Neptune masters depths - non-destructive measurement of transparent coatings
Non-destructive inline measurement of transparent and semi-transparent coatings
Pin-Inspektion in 3D
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Productronica Wrap-Up - Was gibts Neues bei Koh Young?
Real-time control 4.0 - How AI supports process control
Schöpfen Sie Ihr SPI voll aus – Lot- und Sinterpastenmessung in der Leistungselektronik
Sinter-Pasten-Messung – Eine „Live“-Demonstration der Messung mit einem gewöhnlichen 3D-SPI
Smart Review - 2D, 3D and how the AI can support the user
Smart Review – 2D, 3D und wie die KI den Anwender unterstützen kann.
SMT-Druck 3.0 – Volle Prozesskontrolle durch selbstregelnde Systeme
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SPI-Toleranzen - Festlegen sinnvoller Fehler- und Eingriffsgrenzen
The 10 most frequently asked questions at Productronica 2021 – A Q&A with Koh Young
The transparent production – How KSMART improves your production know-how.
Total line control – A milestone to an autonomous production
Total Line Control – Ein Meilenstein zur autonomen Produktion
Trust is good, but a "Benchmark Board" is better (in English)
Vertrauen ist gut, aber ein "Benchmark Board" ist besser
Weniger Fehler im Druck durch automatische Druckprozessoptimierung
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Zerstörungsfreie In-Line-Messung transparenter und semi-transparenter Beschichtungen
Zerstörungsfreie In-Line-Messung transparenter und semi-transparenter Beschichtungen
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