Used YAMAHA CL type #101984 for sale

YAMAHA CL type is a fully automated, production-level pc board assembly and manufacturing equipment designed to meet the needs of high-volume, high-efficiency, and high-speed production lines. CL type features an advanced line architecture and an automated system for loading and unloading components, which allows for high-speed component assembly, component placement, and component soldering. It is ideal for use in the manufacture of high-end computer components, as well as other complex electronic devices. YAMAHA CL type has two main modules, the CL-1 and CL-2, which each feature a variety of robotized processes. The CL-1 has four bobbin trays and one bin to hold components, while the CL-2 has one bin and four bins. These robots are capable of placing components, soldering assemblies, and detecting defective components. Additionally, the CL-1 has two laser systems for detecting component positions and orientations, as well as sensors for measuring even the slightest variation in component sizes. The unit can also be equipped with a variety of lasers for handling delicate or hard-to-handle components, including a laser for surface laser cutting and laser soldering. Furthermore, the machine is capable of automatic vision inspection for detecting minor solder defects or incorrect placements. CL type also features a fully automated component delivery tool that allows components to be easily and quickly presented to the asset from a separate remote production environment. This model can also be integrated with other computer systems, allowing information from different systems to be used in the assembly process. YAMAHA CL type provides users with a powerful, automated PC board assembly and manufacturing solution. It has been designed with a focus on providing an efficient, reliable, and safe process that can be adapted to a variety of production needs. With its wide range of features, CL type can help streamline the production of complex, high-volume components, allowing for faster and higher quality output.