The pick & place HM520 MF is a module with Double gantry with 6 heads (12 tools), almost always in
side by side to mod. HM520 HS (High Speed). Productivity close to 60,000 cph. With Full IT solution, the latest generation of electric feeders is the future already present.
The HM520 HS is the top of the range of Hanwha systems. With a capacity of 80 feeders, two gantry revolvers (40 tools), 80,000cph, double conveyor and Full IT management are the choice for those who want uncompromising firepower in a small space.
The Pick & Place DECAN S1 equipped with linear motor and using a single gantry 10 heads ensures an optimal productivity of 47,000 cph. From 03015 up to 55mm components, it handles 510mmx510mm up to 1500x510mm PCBs (optional).
Il mod. The Decan L2 is complementary to the F2, but which in any case also lends itself to working independently. Equipped with
6 gantry heads (dual) and non-stop vision on the fly This Pick & Place is capable of mounting any type of component.
DECAN F2 diamond tip of the series is a Pick & Place universal high-speed new generation with rear-driven linear motors, double gantry 10 heads (20 total), 80,000cph, double conveyor and pcb up to 1,200 x 460mm (optional).
The SM471 PLUS is probably the best chip shooter in its class. Thanks to the double 10-head gantry (for a total of 20 heads) it is able to position components at very high speed. It lends itself – in combination with a flexible mounter, to a significant reduction in tack time.
The SM481 is a flexible and reliable 10-head chip shooter. Moreover, thanks to the possibility of adding a fixed stage camera, it can be converted into a flexible mounter. Like all SM models it guarantees a maximum load of 120 feeders.
Il mod. The SM482 PLUS is the latest generation of the full vision Pick & Place machines released by Hanwha. 30,000cph with a 6-head gantry has always been recognized for incredibly low operating costs. The ease of use also allows, in a short time, to learn every function of the machine and to be able to use it to the maximum.
