Tech &  solutions

Tech & solutions

01 Performance Boundaries of CVD SiC, TaC and Solid SiC in Epitaxy and Etching Processes
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01 Performance Boundaries of CVD SiC, TaC and Solid SiC in Epitaxy and Etching Processes

Selecting the right CVD SiC, TaC coating or Solid SiC directly determines particle levels and component lifetime on epitaxy/etching lines. This article provides clear selection boundaries by temperature, atmosphere and process, matched with major equipment replacement solutions and key metrics, to help you make fast decisions and reduce risk.
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Water-Guided Laser Technology: Precision Micro-Hole Machining for SiC Substrates
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Water-Guided Laser Technology: Precision Micro-Hole Machining for SiC Substrates

Discover how VeTek’s water-guided laser technology delivers uniform Φ0.15mm through-holes in 2mm SiC substrates with no taper, minimal HAZ and high yield for semiconductor applications.
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VETEK-AMAT Hollow Lift Pin Solution: High-Purity Graphite Substrate with CVD SiC Coating
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VETEK-AMAT Hollow Lift Pin Solution: High-Purity Graphite Substrate with CVD SiC Coating

The most challenging technical issue for semiconductor equipment hollow lift pins is not the outer surface coating, but achieving stable and uniform CVD coating on the inner wall of the hollow structure. From inner-wall coating uniformity control to internal bore cleanliness assurance, every process step directly affects wafer yield. This article analyzes the core challenges of hollow lift pin inner-wall coating and the key technical pathways.
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