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hanwha's DECAN series of chip mounters features efficient placement, high precision, flexibility and ease of operation.
Efficient placement
hanwha's DECAN series of chip mounters has efficient placement capabilities, with a placement speed of up to 92,000 CPH (92,000 components per hour). By optimizing the PCB transfer path and modular track design, and adopting the high-speed Shuttle Conveyor, the PCB supply time is shortened and production efficiency is improved.
High precision
The DECAN series of chip mounters has a high-precision placement function with a placement accuracy of ±28 (03015) and ±25 (IC). This is due to the application of high-precision Linear Scale and Rigid Mechanism, which provides a variety of automatic correction functions to ensure the accuracy of placement.
Flexibility
This series of chip mounters is designed to be flexible and suitable for the placement of a variety of components, including special-shaped components. By enhancing versatility and productivity, it provides the best LINE Solution, which can form the best production line from Chip parts to special-shaped components according to the combination of options. In addition, the equipment can be modified at the production site to meet the needs of large PCBs, and can correspond to PCBs up to 1,200 x 460mm.
Ease of operation
The DECAN series of chip mounters are easy to operate, and the equipment is equipped with optimized software, which can provide a variety of work information through a large LCD screen. The highly convenient electric feeder and maintenance free design improve the work efficiency and the convenience of equipment maintenance.
Applicable scenarios and user evaluations
The hanwha chip mounter DECAN series is suitable for a variety of production needs, especially in scenarios that require efficient placement and high precision. User evaluations show that this series of equipment performs well in high-speed placement of small components, and is superior to competitors' same-level equipment in optimizing area production capacity.
