The quality control requirements for the production of key components in semiconductor and electronics manufacturing plants are continuously increasing, accelerating the digital and intelligent upgrading of the logistics links in the factories.
Under the high standards and strict requirements of semiconductor manufacturing, the traditional handling mode, with its many human interventions, lack of transparent paths, and large environmental disturbances, has brought uncertainties such as yield fluctuations, contamination risks, and data disconnections to production. These issues severely restrict the stability and traceability of high-end chip manufacturing. Standard's semiconductor industry solution directly targets the industry's pain points, deeply integrates the characteristics of the semiconductor production environment, and constructs a reliable, zero-pollution intelligent base for semiconductor factories. This provides a core guarantee for yield improvement and mass production ramp-up.
Challenges & Advantages
C1: High Rigor & Low Human Efficiency
The semiconductor production process is complex and costly. Workshop environment, handling vibrations, and static electricity can cause scrap and waste, leading to significant losses.
C2: Low Digitalization
Factories suffer from data silos, fragmented production processes, a wide variety of production equipment, complex process flows, and lack of data sharing.
A1: Precision, Safety, and Inheritance in Dynamic Scenarios
Standard Robots can operate with millimeter-level precision even in environments with a change rate as high as 90%, ensuring safety and precision in highly dynamic scenarios.
A2: Comprehensive Automation to Reduce Risks
Achieving 100% automation in material transport and loading/unloading avoids human intervention, reducing contamination and damage. This boosts material safety and overall efficiency.
