AXCELIS 17293090 Replacement for Optima/GSD Series

Product Overview

AXCELIS 17293090 Disk Faraday Liner Adaptor: Seamless Replacement & Upgrade for Optima/GSD Ion Implanter Series

When your ion implantation process depends on precise beam measurement and Faraday cup integrity, an unplanned failure of the Disk Faraday Liner Adaptor (SKU: 17293090) can bring your entire production line to a halt. TOPNLMS supplies this verified AXCELIS 17293090 Disk Faraday Liner Adaptor as a direct, drop-in replacement for systems running on the AXCELIS Optima HD, Optima XE, and GSD Series ion implanters — enabling your maintenance team to restore full beam diagnostic capability with minimal downtime and zero re-engineering.

This component serves as the mechanical and electrical interface between the disk Faraday assembly and the beam-line diagnostic system. Its geometry, mounting pattern, and material specification are fully compatible with the original AXCELIS factory design, ensuring that beam current measurement accuracy is maintained post-replacement. Whether you are performing a scheduled preventive maintenance swap, responding to an end-of-life alert on an aging liner, or upgrading a refurbished implanter to extend its operational life by another 5–10 years, the 17293090 adaptor integrates without modification to the surrounding hardware.

Compatibility Comparison Table

Seamless Upgrade Solutions

A Faraday liner replacement rarely happens in isolation. In practice, your maintenance window is the ideal opportunity to audit and refresh the surrounding beam-line and process chamber components. During a typical Optima or GSD Series liner swap, engineers frequently address adjacent wear items and interface modules at the same time to avoid repeat shutdowns.

The Disk Faraday Liner Adaptor works in close proximity to the beam stop assembly and the Faraday cup electrode, both of which accumulate implant material over time and may require concurrent replacement. Upstream in the beam line, the resolving aperture plate and mass analyzer magnet power supply directly influence beam quality and should be verified for calibration drift whenever the Faraday diagnostic chain is disturbed. On the process chamber side, the end station disk platen and wafer handling robot end-effector are common co-maintenance items, particularly on high-throughput Optima HD systems running 300 mm wafer processes.

For facilities managing a mixed fleet of older GSD Series implanters alongside newer Optima platforms, the transition often involves updating the beam profiler assembly and recalibrating the dose control electronics module to ensure consistent dose uniformity across both tool generations. The high-voltage power supply deck and extraction electrode assembly are additional components that maintenance teams source during planned outages to keep critical spare inventory current. TOPNLMS maintains stock of these related AXCELIS Optima and GSD Series components and can assist with consolidated sourcing to reduce freight cycles and administrative overhead.

Retrofit Guidance FAQ

Q: Does replacing the 17293090 require any wiring changes?
No. The Disk Faraday Liner Adaptor is a mechanical and structural component. The electrical connections to the Faraday cup circuit remain unchanged. Follow the standard AXCELIS maintenance procedure for liner removal and reinstallation.

Q: Is the replacement compatible with both Optima HD and GSD Series platforms?
Yes. The 17293090 part number is shared across the Optima HD, Optima XE, and GSD Series platforms. The mounting geometry and material specification are identical across these tool families.

Q: Will I need to re-tune the beam after installation?
A standard beam tune and dose verification run is recommended after any Faraday assembly maintenance, consistent with AXCELIS process qualification procedures. No additional hardware calibration beyond the standard post-maintenance recipe verification is required.

Q: What is the physical installation space requirement?
The replacement unit matches the OEM dimensional envelope exactly. No modifications to the beam-line housing, vacuum chamber flanges, or adjacent support brackets are required.

Q: Can this part be used in a refurbished or third-party-rebuilt implanter?
Yes, provided the host system uses the standard AXCELIS Optima or GSD Series Faraday disk assembly architecture. Confirm the part number against your tool’s BOM before ordering.

Q: What communication protocol does this component interface with?
The Disk Faraday Liner Adaptor is a passive mechanical component. It does not contain active electronics or communicate via any protocol. Beam current signals are routed through the existing Faraday cup wiring harness, which remains undisturbed during replacement.

Warranty Assurance

Every AXCELIS 17293090 Disk Faraday Liner Adaptor shipped by TOPNLMS is covered by a 12-Month Warranty from the date of delivery. Prior to shipment, each unit undergoes dimensional inspection and visual quality verification to confirm it meets the specification requirements for the Optima/GSD Series application.

If a defect is identified within the warranty period, TOPNLMS will arrange a replacement unit or issue a credit — whichever best supports your production schedule. Our response target for warranty claims is within 2 business days of notification. We ship from Xiamen, China, with DHL Express, FedEx International Priority, and sea freight options available depending on urgency and order volume.

For procurement teams managing approved vendor lists, TOPNLMS can provide inspection reports, packing lists, and commercial invoices formatted to your facility’s requirements. Bulk orders for critical spare inventory are welcome, and volume pricing is available on request.

Contact our technical sales team to confirm availability, request a quotation, or discuss consolidated sourcing for your AXCELIS Optima or GSD Series maintenance program.