The Insulator Clampless is a high-purity ceramic insulating component widely used in Applied Materials (AMAT) semiconductor deposition platforms. Designed for clampless wafer processing architectures, this precision-engineered insulator provides critical electrical isolation, thermal stability, and particle control in demanding plasma environments.
Manufactured from high-purity Alumina (Al₂O₃) ceramic, the component offers excellent dielectric performance, plasma resistance, and dimensional stability, making it suitable for advanced CVD, HDP-CVD, and related thin-film deposition processes.
At Semicera, we provide high-performance replacement solutions for AMAT ceramic consumable parts, delivering OEM-equivalent quality with enhanced reliability and competitive lead times.
Product Specifications
|
Parameter |
Description |
|
Product Name |
Insulator Clampless |
|
OEM Part Number |
0200-18090 |
|
Material |
High-Purity Alumina (Al₂O₃) |
|
Purity |
Up to 99.5%–99.8% |
|
Application |
CVD / HDP-CVD Semiconductor Equipment |
|
Function |
Electrical Insulation, Thermal Isolation, Particle Control |
|
Operating Environment |
Vacuum & Plasma Processing Chambers |
|
Manufacturing Capability |
Precision CNC Machining & Ceramic Finishing |
Critical Functions in Semiconductor Processing
Electrical Isolation for Stable Plasma Performance
The Insulator Clampless serves as a key dielectric barrier within the process chamber. By electrically isolating critical chamber components, it helps maintain RF stability and ensures consistent plasma generation throughout deposition cycles.
Benefits include:
● Improved plasma uniformity
● Reduced risk of RF leakage
● Enhanced process repeatability
● Stable wafer-to-wafer performance
Thermal Management and Temperature Stability
Temperature control is essential in semiconductor deposition processes. The alumina insulator minimizes unwanted heat transfer between chamber assemblies, helping maintain precise process temperatures.
Key advantages:chanpin
● Reduced thermal drift
● Improved temperature uniformity
● Enhanced film deposition consistency
● Better process yield control
Particle Reduction in Clampless Architectures
Clampless wafer handling systems are designed to reduce mechanical contact and contamination risks. The insulator contributes to this objective by providing a robust, wear-resistant ceramic interface capable of withstanding prolonged plasma exposure while minimizing particle generation.
Benefits include:
● Lower contamination risk
● Improved wafer yield
● Reduced chamber maintenance frequency
● Enhanced device reliability
Why Choose Semicera
Our ceramic replacement parts are designed to meet the performance requirements of leading semiconductor equipment platforms.
Benefits include:
● OEM-compatible specifications
● Stable process performance
● Reduced maintenance costs
● Competitive lead times
● Semiconductor Industry Expertise
With extensive experience in semiconductor ceramic components, Semicera supports customers across CVD, PVD, Etch, Epitaxy, and advanced packaging applications.
Our engineering team works closely with semiconductor fabs, OEMs, and equipment service providers to deliver reliable ceramic solutions for critical process environments.
