Boğaziçi CT3

Device Name / Brand / Model
• Name: Parylene Coating System (Vapor Deposition / CVD-Based Coating)
• Brand: SPECIALTY COATING SYSTEMS
• Model: PDS 2010 (PDS 2010E)

Overview
The SPECIALTY COATING SYSTEMS PDS 2010 (PDS 2010E) Parylene Coating System enables controlled deposition of ultra-thin parylene polymer coatings via a vapor deposition process. Parylene coatings are widely preferred due to their excellent moisture, chemical, and dielectric barrier properties, as well as their biocompatibility. The system supports highly precise control of coating rate and thickness, delivering repeatable and reliable coating outcomes. The PDS 2010E is used to apply parylene coatings on silicon wafers, sensors, MEMS devices, medical devices, and elastomeric components. (Note: The system status is tracked as “In operation”.)

Purpose / Output
• Formation of moisture and chemical barrier layers using ultra-thin parylene coatings
• Electrical insulation/protection supported by strong dielectric barrier properties
• Surface protection for medical devices and biomaterials using biocompatible coatings
• Repeatable coating performance through precise control of deposition rate and thickness

Application Areas
• Silicon wafers and micro/nanofabrication components
• Sensors and electronic circuits
• MEMS structures
• Medical devices and implant/contact components
• Elastomeric parts and flexible components

Highlights
• Ultra-thin, low-pinhole parylene coatings with strong barrier performance
• Excellent moisture/chemical/dielectric barrier properties and biocompatibility
• High repeatability enabled by precise control of coating rate and thickness

Technical Specifications

Feature Value / Description
Coating type Parylene polymer coating (vapor deposition process)
Coating benefits Moisture, chemical, and dielectric barrier; biocompatible
Process control High-precision control of coating rate and thickness
Typical applications Wafers, sensors, MEMS, medical devices, elastomeric components
Usage note In operation

Contact / Service Request
For service requests: you may email [email protected]
. (Please specify the sample type, purpose, and preferred date range.)