Product Overview ASMPT AMICRA's NOVA Pro is a die bonding system for high‑accuracy die attach and flip‑chip assembly. It delivers placement accuracy to ±1.0 µm @ 3σ while supporting bonding temperatures above 350°C and high bonding forces. The system integrates dynamic alignment and laser‑based substrate heating and supports thermocompression bonding (TCB) and TSV‑related workflows.
Applications / Markets - Optoelectronics
- Silicon photonics
- VCSEL and laser diode die bonding
- Photodiode die bonding
- Lens attach with UV‑curable adhesives
- Active Optical Cable (AOC) assemblies
- Transceiver packages
- Flip chip
- 3D IC / 2.5D IC
- Thermocompression bonding (TCB)
- Through‑Silicon Via (TSV) processes
- Chip on Chip, Chip on Wafer, Chip on Substrate
- Multi‑Chip Module (MCM)
- Advanced packaging epoxy die attach
- Eutectic in‑situ die attach
- MEMS and sensor die attach
- WLP / eWLP
Key Features - High‑precision die bonder / flip chip bonder
- Placement accuracy: ±1.0 µm @ 3σ
- Bonding capability at temperatures > 350°C with high bonding forces
- Cycle time < 3 sec
- Modular machine concept for micro‑assembly applications
- Eutectic bonding via diode‑laser, heating plate, or epoxy stamping and dispensing
- Multi flip‑chip bonding capability
- Wafer mapping
- Post‑bond inspection and measurement
- Active bond‑force control
- Dynamic alignment method and laser‑based substrate heating
Autoloading - Up to 12" wafers
- 300 mm wafers
- 450 mm substrate wafers
Optional - UV curing
- Dispensing
- Additional modules available
Technical specifications - Placement accuracy: ±1.0 µm @ 3σ
- Substrate working area: 550 x 600 mm
- Cycle time: < 3 sec
- Active bond‑force control
- Eutectic bonding methods: diode‑laser, heating plate, epoxy stamping and dispensing
- Support for thermocompression bonding (TCB) and TSV processes
- Multi flip‑chip bonding
- Wafer mapping capability
- Post‑bond inspection / measurement
- Dynamic alignment and laser‑based substrate heating technology
- Capable of bonding at temperatures exceeding 350°C
- *All performance depends on package and material