Application
Laser
Laser is a kind of photoelectronic device, by exciting atoms, molecules or crystals and other substances to produce a highly coherent and highly focused beam, is the core component of laser processing equipment, its quality and power have a crucial impact on the effect and efficiency of laser processing.
The Challenge
For different laser package designs, the high precision requirements for laser chip packages are usually between 1.5um and 5um. This high precision requirement is to ensure the stability and performance of the laser, in terms of optical and electrical characteristics can meet the design requirements. A reliable connection is achieved by melting the eutectic metal between the chip and the substrate. This connection provides good electrical connection and thermal conductivity while ensuring the reliability and stability of the package. The future development direction of LiDAR is long range and high precision detection under low power consumption. The next generation of domestic LiDAR will continue to use the ToF ranging technology with innate advantages on the technical route. On the basis of existing products, it mainly upgrades the miniaturized integration of multi-chip, which reduces the size and power consumption while improving the performance.
  • Consider the key requirements of the actual production process and alignment
  • High precision pick and fit requirements
  • Multiple chip bonding technologies (epoxy, eutectic, dipping)
  • Patch efficiency needs to be cost-effective
  • Modular design, can meet the diversified functional needs of customers
Our Recommendation

To meet the demanding precision, thermal, and reliability requirements of laser packaging, Bozhon Semiconductor provides a high-precision automated bonding solution.

The MicroStar EF8622 In-Line Fully Automatic Eutectic Die Bonder is engineered for optoelectronic and laser device assembly, supporting both eutectic and epoxy processes. It delivers micron-level accuracy and stable thermal control to ensure optical alignment and process reliability, enabling high-performance production for laser communication and LiDAR applications.


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