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Koh Young Returns to SEMICON West with New Inspection Solutions
June 13, 2023 | Koh YoungEstimated reading time: 2 minutes
Koh Young, the industry leader in True3D measurement-based inspection solutions, is pleased to announce its return to SEMICON West with a new series of inspection solutions designed to increase advanced package and semiconductor yield. Several of our latest inspection machines will be on display during SEMCION West in booth 329 from 11-13 July 2023 in the Moscone Center, San Francisco, CA.
The need for optical inspection in advanced package and semiconductor assembly arises from an increasing device complexity, high quality and reliability demands, process yield optimization, industry standard compliance, and cost reduction efforts. Wafer-Level Packaging (WLP), the technology of packaging a die while still on the wafer, is considered the next generation packaging technology, because it meets several of these criteria, yet many traditional inspection solutions fall short of delivering the capabilities required for success.
Building on our award-winning, industry-leading inspection technologies, the Koh Young Meister Series delivers True 3D measurement-based inspection for ultra-thin solder, wafer bumps, balls, and components. Manufacturers can maximize yield without increasing costs by detecting defects at the wafer level with accurate inspection.
Meister S Premium In-line 3D Inspection System for Micro Solder Paste Deposits
Combining innovative vision algorithms and high-resolution optic technology, the Meister S is the ultimate, True 3D SPI solution for the semiconductor & mini/micro-LED packaging process improvement.
- High-resolution optics with a high-speed camera system (0.1 µm Z resolution)
- High-speed 25 mega-pixel camera with 3.5-micron resolution optics
- A picture containing text, kitchen appliance, home appliance, appliance
- 10-micron Thin Solder Paste Inspection
- Colored and Transparent Flux Inspection
Meister D+ Breakthrough in 3D Measurement for Highly Re?ective and Mirror-surfaced Components
The Meister D+ combines industry-leading Moiré technology to inspect for micro cracks, chipping, foreign material, and more and our new proprietary optics to support highly-re?ective die inspection, a challenge historically plaguing the industry.
- Small Die and Component Inspection (0201 metric / 008004 EIA)
- Narrow-gap Inspection down to 50-microns
- True 3D Height and Tilt Measurement in High Density, Highly Reflective Applications
Meister W+ True 3D Measurement for Wafer Bumps & Shiny Components
Combining innovative vision algorithms and high-resolution optical technology, the Meister W+ inspects highly re?ective die as well as components. With proprietary deep learning technology, it offers enhanced capabilities to inspect defects like micro-cracks, foreign material, chipping, and more.
- Industry-leading True 3D measurement capabilities enhanced by proprietary deep learning technology
- 10-micron diameter wafer bump inspection
- Revolutionary full 3D height and tilt measurement capability for even highly re?ective die surfaces
Neptune C+ Award-winning True3D Underfill and Coating Inspection with Thickness Measurement
Using UV light for presence or localized thickness inspection inherently limits accuracy, and applying a traditional laser approach is all too localized and simply takes too long in a production environment. Plus, these options only provide 2D results. The revolutionary Neptune C+ provides the ultimate solution to these and more challenges.
- L.I.F.T. (Laser Interferometry for Fluid Tomography) for non-destructive inspection
- True3D measurement-based Profiling of wet or cured materials
- Measures coatings, underfill, epoxy, bonding, glue, and more
Additional content from Koh Young:
- The Printed Circuit Assembler’s Guide to… SMT Inspection: Today, Tomorrow, and Beyond by Brent Fischthal
- "Smarter Manufacturing Enabled with Inspection Data" by Ivan Aduna, a free 12-part micro webinar series
- “Converting Process Data Into Intelligence” by Joel Scutchfield and Ivan Aduna, a free 12-part micro webinar series
- You can also view other titles in our full I-007eBooks library.
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Book Excerpt: The Printed Circuit Assembler’s Guide to... Low-Temperature Soldering, Vol. 2, Chapter 5
12/23/2024 | I-Connect007 Editorial TeamChapter 5 introduces the advantages of using low-temperature soldering for through-hole components, including cost efficiency, reliability improvement, and reduced warpage. Also covered: the evaluation of different fluxes and the performance of HRL3 in wave soldering and selective soldering processes.
Overview of Soldering Systems With Vacuum
12/18/2024 | Dr. Paul Wild, Rehm Thermal Systems GmbHWhen soldering electronic assemblies, the focus of the vacuum application is on the removal of volatile substances from the solder joints and the associated reduction of pore formation. Particularly in the thermal management of power electronics components, pores can cause so-called hotspots with higher temperatures due to their poor heat conduction. These hotspots can lead to overheating of the components on the one hand and to thermally induced destruction of the solder structure on the other.
I-Connect007 Editor’s Choice: Five Must-Reads for the Week
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Advancing Photonic Soldering
12/11/2024 | Nolan Johnson, SMT007 MagazineStan Farnsworth, director of customer satisfaction at PulseForge, discusses the advancements in photonic soldering that highlight its energy efficiency and versatility. Over the past two years, the company has refined its applications for flexible substrates and energy reduction, finding that photonic soldering allows the processing of materials that typically aren’t thermally compatible and offers significant energy savings compared to traditional methods.
Indium Introduces New ROL0 and Halogen-free Flux-cored Wire
12/11/2024 | Indium CorporationIndium Corporation announced the global availability of CW-807RS, a new high-reliability, halide- and halogen-free flux-cored wire that improves wetting speeds and cycle times for electronics assembly and robot soldering applications.