Ozone and Cleaning Systems

Ozone and cleaning systems are crucial for efficient surface preparation and substrate cleaning in semiconductor manufacturing. They enhance performance and reliability by ensuring contaminants are effectively removed from wafer surfaces.

  11. Driverless transport system

    Other Semiconductor Manufacturing Equipment

    Driverless transport system

    Manufacturer: ATAP-IHC, Model: CX-01

    Manufacturing date: Jul 05

    Condition: good, complete, no damages

    Sales incl. reflectors and spare package

    Dimensions 1,2x0,6x0,5m

    Weight: 192 kg

    Anschluss: 230V-L1-N-PE

    Strom:16A

    Sicherung: C16A

    Nutzlast: 90kg

Common Applications

Wafer Cleaning

Surface Treatment

Contaminant Removal

Semiconductor Manufacturing

Substrate Preparation

Buying Guide

Ozone and Cleaning Systems Buying Guide

When selecting ozone and cleaning systems for semiconductor applications, it's important to consider several factors unique to these systems.

Ensure the equipment aligns with your production requirements and existing technology infrastructure.

  • Evaluate the configuration of the system to ensure compatibility with your manufacturing process.
  • Verify the condition through thorough inspection of physical state and operational history.
  • Consider the availability of necessary utilities and peripheral interface options.
  • Ensure you receive all essential manuals and documentation with the purchase.

Frequently Asked Questions

What are ozone cleaning systems used for?
Ozone cleaning systems are used to remove organic contaminants and improve surface readiness in semiconductor manufacturing.
Why choose surplus ozone systems?
Surplus systems provide cost-effective solutions without compromising on the quality required for semiconductor processes.
What types of cleaning systems are available?
Available types include ozone generators, UV cleaning systems, and magnetron units for varied cleaning applications.
How to verify the condition of a surplus cleaning system?
Check for operational logs, service records, included accessories, and physical condition to assess the system's state.