The advantages and functions of the YAMAHA i-PULSE M10 SMT machine mainly include the following aspects:
High placement speed and accuracy: The placement speed of the i-PULSE M10 SMT machine can reach 23,000 CPH (23,000 components per minute), and the placement accuracy is also very high, with a chip placement accuracy of ±0.040mm and an IC placement accuracy of ±0.025mm
Flexible substrate and component handling capabilities: The SMT machine supports substrates of various sizes, with a minimum substrate size of 150x30mm and a maximum substrate size of 980x510mm. It can handle a variety of component types, including special-shaped components such as BGA, CSP, etc. from 0402 to 120x90mm
. In addition, i-PULSE M10 also supports a variety of component types, up to 72 types.
Efficient production performance: i-PULSE M10 adopts a new structural design and a positioning system based on laser sensors, which reduces the use of mechanical blocks and improves production flexibility. It supports a variety of placement head configurations, including 4-axis, 6-axis, etc., to meet different production needs.
Advanced technical features: The placement machine is equipped with an AC servo motor control system, which can achieve high-precision component placement. It also supports multi-language display, including Chinese, Japanese, Korean and English, which facilitates operation in different language environments.
. In addition, i-PULSE M10 also has an efficient component return judgment function, which ensures the correct placement of components through negative pressure inspection and image inspection.
Wide range of application: i-PULSE M10 is suitable for a variety of PCB thicknesses (0.4-4.8mm), and supports substrate conveying in the left and right directions, with a maximum substrate conveying speed of 900mm/second.
. Its placement angle can reach ±180°, and the maximum height of the mountable components is 30mm.