Loading...
Vendor View

AMICRA NOVA Pro from ASMPT

News

With its new version of the AMICRA NOVA Pro, ASMPT presents one of the most advanced die bonding systems. The platform, which combines high placement accuracy with short cycle times and innovative bonding technologies.

“For speedy data transmissions for precise sensor technology you need equally precise manufacturing technologies,” explains Johann Weinhaendler, General Manager at ASMPT AMICRA in Regensburg, Germany. “To meet the enormous increase in demand in areas like optoelectronics or advanced packaging many electronics manufacturers are currently upgrading their lines. Demand is growing particularly strongly in the silicon photonics sector. For example, you can produce active optical cables for 400/800 Gigabit/sec networks or co-packaged optics with the NOVA Pro.”

Powerful and adaptable

The NOVA Pro places dies in sizes ranging from 0.1 to 25 millimeters with a maximum accuracy of ±1 micron @ 3σ at speeds of up to 1000 units per hour (UPH). At ±3.0 microns @ 3σ it achieves even 3500 UPH. This impressive level of performance is also achieved in flip-chip mode.

The NOVA Pro ensures its trend-setting placement accuracy with its unique dynamic alignment method in combination with laser-based substrate heating technology. And thanks to its Active Bond Force Control, the machine can dose bonding forces with exceptional precision ranging from 10 g to 5000 g. Using an epoxy resin stamp with volumetric dosing, the dies can be affixed with adhesives that get UV-cured in place. The repertoire of precision die fastening methods includes in-situ bonding as well as eutectic die bonding with a bonding tool (up to 350 °C), a ceramic pulse heater (up to 500 °C), or a contactless laser (up to 450 °C). An integrated post-bond inspection ensures maximum quality. With its very generous substrate area of 550 × 600 mm, the NOVA Pro is aimed at the die-bonding market in advanced packaging applications.

Reliable and versatile

“Anyone who opts for the NOVA Pro benefits from the many years of experience of the market leader, who is fully committed to the goal of zero DPMO,” says Johann Weinhaendler. “The high reserves in terms of precision and performance as well as the flexible fixation and bonding options make this machine a future-proof investment.”

Quintessent appoints Bob Nunn chief operating officer
PI to demonstrate new PIC alignment system at Photonics West
Drut launches 2500 product series with CPO for AI datacentres
III-V Epi advocates GaAs for new lasers
Marvell announces new CPO architecture for custom AI accelerators
Printing high-speed modulators on SOI
Photon IP raises €4.75m for advanced PICs
ANELLO Photonics launches Maritime Inertial Navigation System
Aeluma joins AIM Photonics as full industry member
Imec makes breakthrough with GaAs lasers on silicon
POET acquires Super Photonics Xiamen
Voyant Photonics launches affordable Carbon LiDAR
Penn State makes breakthrough in photonic switching
New nanocrystals could lead to more efficient optical computing
QCi awarded NASA contract to apply Dirac-3 photonic optimisation solver
The Netherlands launches ChipNL Competence Centre
TOPTICA to create chip-integrated lasers for quantum PIC project
NSF selects six pilot projects for National Quantum Virtual Laboratory
SiLC Technologies launches Eyeonic Trace Laser Line Scanner
Southwest Advanced Prototyping Hub awarded $21.3 million CHIPS Act funding
Cambridge Graphene Centre and CORNERSTONE to participate in PIXEurope
Cost-effective lasers for extended SWIR applications
IBM unveils co-packaged optics technology for AI and datacentres
QCi announces $50 million concurrent stock offerings
CHIPS Act funding to be awarded to Coherent, Skywater, and X-Fab
ERC consolidator grant awarded for optoacoustic neural network project
Imec demonstrates InP chiplet integration on 300 mm RF silicon interposer
Ayar Labs raises $155 million for optical I/O
Celestial AI awarded 2024 Start-up to Watch by Global Semiconductor Alliance
Researchers develop “last missing piece” of silicon photonics
Quantum sensors for controlling prosthetics
UPVfab to participate in European Commission photonic chips project

×
Search the news archive

To close this popup you can press escape or click the close icon.
Logo
x
Logo
×
Register - Step 1

You may choose to subscribe to the PIC Magazine, the PIC Newsletter, or both. You may also request additional information if required, before submitting your application.


Please subscribe me to:

 

You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: