Yamaha Stick feeder

Dobeter provide a full range of Yamaha Stick Feeders are specialized component feeders designed for SMD pick-and-place machines, facilitating efficient and reliable feeding of ICs and other components in sticks, tubes, or multi-stick configurations. Yamaha Stick Feeders are used in Yamaha SMT pick-and-place machines such as YVL88 II, YV88X, YV88XG, YV112, YV100 series, YG100/200, and YS series machines. They handle components delivered in sticks or tubes and position them accurately on PCBs for automated assembly. Multi-stick versions can manage several components simultaneously, reducing setup frequency and improving throughput.
Types and Configurations of Yamaha Stick Feeders supplied by Dobeter
– Single, 3-tube, and 5-tube feeders are available, allowing flexibility depending on production requirements .
– Multi-stick feeders can occupy up to 12 slots (8 mm each) on the FES feeder cart.
– Feeder widths are typically 60 mm, 100 mm, or 150 mm, accommodating various stick sizes.
– They are compatible with Yamaha FV/CL, ZS, and SS feeder types, depending on the machine model .

Features and Benefits of Yamaha Stick Feeders supplied by Dobeter
– Stable and reliable feeding: Unlike traditional vibratory feeders, Yamaha Stick Feeders provide smoother and highly reliable feeding, reducing the need for operator interventions and component waste .
– Plug-and-play design: Many feeders can draw power from the machine itself or via a DC 24V adapter, offering flexible installation.
– Multi-material support: Capable of handling ICs and other SMD materials from sticks or tubes, enhancing assembly versatility.

Summary
Yamaha Stick Feeders supplied by Dobeter are integral to efficient SMT assembly, offering precision, reliability, and flexibility for components provided in sticks or tubes. Choosing the right model involves considering machine compatibility, desired feeder width, number of multi-stick channels, and power supply options. These feeders significantly reduce operator assistance, enhance productivity, and minimize component waste in PCB assembly operations .