Product Overview
Wafer Handling - Racket Bipolar Manual Wafer Chuck MCU by ProTec Carrier Systems GMBH
Condition: Used, clean, and in great cosmetic condition with very few signs of use. We have tested it to power up only, as we do not have the means or knowledge to fully test this unit. Additionally, we do not see a model number marked on the unit.
This ProTec Racket Bipolar Manual Wafer Chuck is an advanced wafer handling system that ensures optimal precision and safety during substrate processing.
Product Features
- Manual Electrostatic Chucking/Dechucking.
- Optimized for thin and ultra-thin substrates.
- Durable and easy-to-use design.
Common Questions
How does the Racket Bipolar system work?
The Racket Bipolar wafer handling system utilizes electrostatic forces to securely hold wafers without mechanical damage.
Is it suitable for fragile substrates?
Yes, the design minimizes warp and bow, making it ideal for fragile substrates.
About ProTec Carrier Systems GmbH
ProTec Carrier Systems GmbH (PCS) is a young, highly innovative company specialized in the development, production, and marketing of systems and components for wafer handling and processing. The company is known for its advanced T-ESC® Technology, which offers safe and easy handling as well as processing of thin and ultra-thin substrates.
Innovative Solutions
ProTec's technologies lead to more economical operating costs and ensure easy integration of new processes on existing lines. They provide solutions for demanding processing tasks such as thin glass coating, temporary bonding without adhesive, and the gripping and fixation of sensitive substrates.
Product Range
- Manual and automated electrostatic chucking/dechucking units.
- Customized solutions for specific applications.
- High-temperature T-ESC® for processes involving high-temperature impact.
Commitment to Quality
ProTec is dedicated to delivering the highest quality products to ensure the best benefit for their customers. Their solutions are compatible with existing handling systems and are designed to minimize contamination and maximize yield, even for fragile substrates.
