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Yamaha SMT tube feeder is mainly used in SMT (Surface Mount Technology) production. Its function is to install SMD (Surface Mount Components) on the feeder for use by the SMT machine to complete the components. placement work.
Tube feeder types and features of Yamaha placement machines
There are many types of tube feeders for Yamaha placement machines, each type has its specific application scenarios and performance characteristics:
Standard type feeder: This is the most common type and is suitable for most patch production scenarios. The standard feeder has stable performance and high placement accuracy, and can meet the production needs of general electronic products.
High-speed feeder: Designed specifically for production lines that pursue high efficiency. It has faster placement speed and higher production capacity. It is usually used in mass production and can significantly improve production efficiency.
Multi-functional feeder: It combines the advantages of standard and high-speed types. It not only has high placement speed and accuracy, but also supports the placement of a variety of components. It is suitable for the production of complex products and can meet a variety of requirements. Production demand.
Models and parameters of Yamaha SMT tube feeder
There are many models of tube feeders for Yamaha placement machines, each model has its specific dimensions and parameters:
Type A: size 120x120mm, high speed, high precision, suitable for small components.
Type B: Size 150x150mm, universal type, suitable for small and medium-sized components.
Type C: Size 200x200mm, large capacity, suitable for large components.
H type: Size 120x120mm, ultra-high speed, suitable for high-speed placement of small components.
Type I: Size 150x150mm, high speed, stable, suitable for fast placement of small and medium-sized components.
M type: Size 150x150mm, multi-functional, high-precision, supports multiple component placement.
N type: size 200x200mm, large capacity, multi-functional, suitable for large and special-shaped component placement.
The selection of these models and parameters can be matched according to specific production needs and production line characteristics to achieve efficient and stable production.
