A brief introduction to JUKI placement machine 2070:
The juki2070 is a chip placement machine suitable for high-speed placement of small components. It is a chip placement machine suitable for high-speed placement of small components.
Not only does laser recognition support a wide range of components, but also using the MNVC option enables high-precision image recognition of small IC components, supporting flexible production line configurations.
JUKI placement machine 2070 details:
JUKI placement machine 2070
Chip component
23,300CPH (laser recognition/optimal conditions) (0.155 seconds/chip)
18,300CPH (laser recognition/IPC9850)
IC component
4,600CPH (image recognition/when using MNVC option)
Laser placement head × 1 (6 Nozzle)
0402 (Imperial 01005) chip ~ 33.5mm square component
image recognition (use MNVC option: reflective/transmissive recognition, ball recognition)
Substrate size
For M substrates (330×250mm)
For L substrates (410× 360mm)
For E substrate (510×460mm)
Component size
laser identification 0402 (imperial 01005) chip ~ 33.5mm square component
image recognition 1.0 × 0.5mm ~ 20mm square component
Component placement speed
: The best conditions for chip components are 0.155 seconds/chip (23,300CPH)
IPC9850 18,300CPH
IC components 4,600CPH
Actual efficiency: The placement speed of IC components is to mount 36 QFPs (more than 100 pins) on the entire surface of an M-size substrate ) or BGA (256 balls or more).
Component placement accuracy
laser recognition ±0.05mm (Cpk≧1)
image recognition ±0.04mm
Up to 80 component mounting types (converted into 8mm tape)
