home SMT-systems division Panasonic High-speed Die Bonder DA46L-H

Panasonic: High-speed Die Bonder DA46L-H


The DA46L-H can handle a wide variety of packages from QFP to BGA and CSP stacked packages. This high-speed, high accuracy die bonder has a cycle time of 0.35s/die. The pre-bonding/post-bonding inspection functions ensure stable, high quality production.

High-quality production supports bonding of not only BGA and CSP but also next-generation packages

Most suitable for bonding of stacked packages

  • The epoxy writing function supports the uniform fixed-quantity of resin by choosing the most suitable writing pattern to dies of various forms, such as large-sized and rectangular. And the pre- and post-bonding inspection function realizes high-quality and stable bonding.
  • High-reliability grip-feed method is adopted for substrate transfer, thus even a thin substrate can be transferred with reliability. Bonding onto a matrix-layout substrate is flexibly supported because the pitch can be set digitally.
  • The damage-free die pick-up system can handle the bonding of thin dies and dies with adhesive tape. [optional]

High Productivity

  • This machine realizes the high productivity of 4500UPH and efficient die pick-up by its wafer-mapping function.
  • The productivity per area can be improved because of its compact body supported to eight-inch wafers.
  • The one-touch exchange performs a unit replacement in no more than ten minutes, and exchange procedures have been radically reduced.
Specifications
Model DH46L-H-M
Model No. KXF-392A
Cycle Time 0.35s/cycle (dry cycle)
Bonding Accuracy XY: ± 30µm, Ø: ± 0.5°
Substrate Size L 100mm X W 20mm ~ L 265mm X W 70mm
Die Size L 0.8mm X W 0.8mm ~ L 25.0mm X W 25.0mm
Die Feeding Method Max. 8 inch wafer
Epoxy Writing Method Dispensing
Power Supply Single phase AC 200 V ±10V, 4KVa
Air Supply 440kPa, 20 l/min [standard]
Dimensions L 1360mm X D 1080 mm X H 1700mm (loader not included)
Mass 1250kg (loader not included)
*Value such as cycle time, bonding accuracy may vary depending on operational conditions.