ASMPT Presents High-performance LED Die Bonder
February 18, 2025 | ASMPTEstimated reading time: 1 minute
ASMPT, the world's leading supplier of hardware and software for semiconductor and electronics manufacturing, presents Vortex II, a high-performance die bonder for the production of mini LED displays, such as those used in the automotive industry.
“High-resolution, ergonomic LED displays in modern cars ensure drivers have all important and safety-relevant information in view at all times,” explains Jonathan Ku, Senior Director of Business Development at ASMPT. “This is where very small LEDs are used, which have to be assembled highly precisely and reliably – because customers from the automotive industry do not accept reworked products. It is exactly for such demanding tasks that we designed and developed Vortex II.”
Innovative bond head
The highly innovative die bonder can process Mini LEDs with a minimum size of 2 mil × 4 mil (50 µm × 100 µm), for example for direct view RGB LED displays with ultra-fine pitch. The machine uses a newly developed bond head with automatic delay-free XYθ correction. The precision of XY placement can achieve ± 10 µm @ 3σ, with a die rotation of ± 1° @ 3σ.
Highly effective bin mixing
Process stability and high one-pass rates, even at maximum throughput, are guaranteed by an automatic correction function combined with ASMPT's patented bond head technology. The light-up yield is up to 99.999 percent. Thanks to fully automatic RGB wafer handling, this enables one-stop production and highly effective bin mixing and therefore uniform screen colors.
Vortex II is also 'ready for Industry 4.0 system architectures' through automation with ASMPT's In-Line Linker System, which enables efficient material handling, a specialized system that allows seamless integration of high-precision bonding systems into automated manufacturing processes."
Suggested Items
Aismalibar to Showcase Advanced Thermal Management Solutions at APEC 2025
03/13/2025 | AismalibarAismalibar, a global leader in high-performance thermal management materials, is set to exhibit at APEC 2025 (Applied Power Electronics Conference) in Atlanta, Georgia, from March 16–20, 2025. As the premier event for power electronics professionals, APEC provides a crucial platform for industry leaders to explore the latest advancements in thermal interface materials (TIMs), high-performance PCB laminates, and insulated metal substrates (IMS).
indie Semiconductor and GlobalFoundries Announce Strategic Collaboration to Accelerate Automotive Radar Adoption
03/12/2025 | GlobalFoundriesindie Semiconductor, an automotive solutions innovator, has announced a strategic collaboration with GlobalFoundries (Nasdaq: GFS) (GF) to develop its portfolio of high-performance radar systems-on-chip (SoC).
Rogers Corporation Launches New Thermoset Laminates for Automotive Radar Sensor Applications
03/03/2025 | Rogers CorporationRogers Corporation (NYSE:ROG) announced its latest innovation in dielectric materials: RO4830™ Plus Circuit Materials, which are well suited for cost-sensitive millimeter wave PCB applications, such as 76-81 GHz automotive corner radar sensors.
PARMI USA to Unveil Xceed II AOI System at IPC APEX EXPO 2025
02/18/2025 | PARMI USAPARMI USA, INC., a leader in advanced 3D inspection systems, is excited to announce the launch of its next-generation 3D Automated Optical Inspection (AOI) system, the Xceed II, at the 2025 IPC APEX EXPO, scheduled to take place March 18-20, 2025 at the Anaheim Convention Center in Anaheim, California.
Managing Energy Flow with Proper Stackup Design
02/13/2025 | Andy Shaughnessy, Design007At Design Con 2025, I had the opportunity to speak with Dan Beeker, technical director at NXP Semiconductor, about his technical session, which focused on optimizing PCB layers to best direct signal and power supply energy between these layers. In this interview, Dan discusses the complexities of board stackup and the significance of understanding dielectric layers for effective signal transmission. Dan is something of a “fields evangelist,” spreading the word about the need for designers to focus on fields, not just circuit theory. Toward the end, Dan summed up much of the design segment: Designing something that didn't make it break is not the same thing as designing it correctly.