FINEPLACER® pico ma
Multi-purpose Bonder
The FINEPLACER® pico ma, a multi-purpose bonder, offers high placement accuracy (5 micron), allowing for bonding of the smallest die with a pitch of down to 50 µm.
This versatile platform is used in a wide field of micro assembly applications – such as flip chip and die bonding. Designed for prototyping or low-volume production, R&D and universities.
Highlights
- Placement accuracy better than 5 µm
- Component sizes from 0,125² mm² to 100² mm²*
- Working area up to 450 mm x 122 mm*
- Supports wafer/substrate sizes* up to 8"
- Supports bonding forces up to 400 N*
- Can be configured as a hot air rework system
- Manual and semi-automatic configurations
Features
- Automated processes
- Overlay vision alignment system (VAS) with fixed beam splitter
- Integrated Process Management (IPM)
- Real time process observation camera
- Advanced system software with adaptive process library
- Process transfer from system to system
- Process flexibility due to modular concept
Benefits
- Hands-off die placement, user independent process operation
- Outstanding placement accuracy and instant operation without adjustments
- Synchronized control of all process related parameters: force, temperature, time, power, process environment, light and vision
- Immediate visual feedback reduces process development time
- Fast and easy process development, process recording and reporting, photo capture
- Process transfer from R&D to production saves time, guarantees reliable results
- One system handles a wide variety of applications
Technologies
- Thermocompression
- Thermosonic
- Ultrasonic
- Soldering (AuSn, C4, Indium, eutectic)
- Adhesive technologies
- Curing (UV, thermal)
- Mechanical assembly
Applications
- Laser diode, laser bar bonding
- VCSEL, photo diode assembly
- LED bonding
- Micro optics assembly
- MEMS/MOEMS packaging
- Sensor packaging
- 3D packaging
- Wafer level packaging (W2W, C2W)
- Chip on glass, chip on flex
- Flip chip (face down)
- Precise die bonding (face up)


































