The ASMPT solidification machine has a high degree of adaptability to different substrates.For PCB substrates,both standard and non-standard special sizes can be well adapted to meet the chip die bonding requirements of different electronic products on PCB substrates,such as PCB die bonding for different models of mobile phones,computers,and other devices in the consumer electronics field,which can achieve stable operation.With high-precision positioning system and advanced visual recognition technology,the chip can be accurately fixed to the PCB substrate position and connected to the circuit to ensure stable and reliable electronic signal transmission.For ceramic substrates,the material compatibility is good,and optimization design is carried out for their high hardness,high thermal conductivity,and other characteristics.The die bonding head and related components complete the chip die bonding operation without damaging the ceramic substrate,ensuring quality and integrity.Strong adaptability in high temperature environments,meeting the working requirements of ceramic substrates in electronic devices with high heat dissipation requirements.

For silicon substrates,it has outstanding solidification ability,high-precision motion control system and advanced algorithms,and can achieve micrometer level solidification on silicon substrates,meeting the strict requirements of semiconductor chip manufacturing.It has good adaptability in the field of wafer level packaging and can cooperate with wafer level packaging processes to improve production efficiency and quality.For flexible substrates,gentle operation is adopted with a special die bonding head design and gentle operation mode,which ensures accurate die bonding without damaging the flexible substrate.This provides support for the manufacturing of wearable devices,flexible displays,and other products,and has strong adaptability to flexible substrates under bending conditions.It can adaptively adjust according to the degree and shape of substrate bending,ensuring that the chip maintains good die bonding effect on curved flexible substrates.