The advantages of Panasonic placement machine D3A mainly include the following aspects:
High production efficiency: Panasonic placement machine D3A adopts the lightweight 16-nozzle placement head V3, which significantly increases placement speed by driving the X/Y axes simultaneously and selecting the best path during component identification operations. In high-production mode, placement speeds can reach 46,000 cph (chips per second) and placement accuracy is ±37 μm/chip.
High-precision placement: The placement accuracy (Cpk≧1) of D3A is ±37 μm/chip, ensuring high-precision placement quality.
Wide range of applicable components: D3A is suitable for components of various sizes. The component size range is 0402 chip*6 to L 6×W 6×T 3 (length×width×height), and supports a variety of programming bandwidths (4/8 /12/16 mm), a maximum of 68 types of components can be supplied.
Good substrate size compatibility: D3A supports dual-rail and single-rail substrates, the size ranges are L 50×W 50 ~ L 510×W 300 and L 50×W 50 ~ L 510×W 590 (length × width) respectively .
Fast substrate replacement: The substrate replacement time of D3A's double-track type can reach 0 seconds in some cases (when the cycle time is less than 3.6 seconds), and the single-track type is 3.6 seconds (when short specification conveyor belt is selected).
Humanized design: D3A adopts a humanized interface design. The machine model switching indication can greatly shorten the exchange operation time of the material rack trolley, and is suitable for difficult process requirements, such as POP, flexible substrates, etc..
Other performance: D3A inherits Panasonic’s installation feature DNA, is fully compatible with CM Series hardware, has the ability to correspond to 0402-100×90mm components, and has functions such as component thickness inspection and substrate bending inspection, which can greatly improve placement. quality.
To sum up, the Panasonic SMT D3A has become a highly favored high-performance SMT machine on the market due to its high production efficiency, high precision, wide component applicability, good substrate compatibility and user-friendly design.