Applied Materials 0021-22627 Replacement for Centura TAS

Product Overview

Applied Materials 0021-22627 Replacement for Centura TAS: Seamless Wafer-Handling Upgrade

Upgrading or replacing the Applied Materials 0021-22627 300mm robot blade in your Centura platform does not have to mean extended downtime. This end effector — also referenced under internal build codes TAS-MAIN C0507 and UD2115 — is a direct-fit replacement for the Transfer Arm System (TAS) used across the Centura etch, CVD, and PVD process chambers. Whether your original blade has reached end-of-life, suffered mechanical damage, or your fab is migrating from an older Centura configuration to a refreshed architecture, this replacement unit is engineered to restore full wafer-transfer accuracy without requiring re-qualification of the surrounding system.

The 300mm no-pocket blade geometry matches the original Applied Materials specification for the Centura mainframe robot. Mounting hole patterns, blade thickness, and the ceramic-coated contact surface are dimensionally equivalent to the OEM part, ensuring compatibility with the existing Applied Materials robot arm assembly and the associated 0010-09087 wrist joint without shimming or adapter hardware. Fabs running the Centura DPS (Decoupled Plasma Source), Centura eMax, or legacy Centura HDP-CVD chambers will find this blade a verified drop-in solution.

During a TAS blade replacement, the surrounding transfer module components are often inspected simultaneously. The Applied Materials 0021-22628 robot blade (pocket type) is the companion part for process chambers requiring wafer pocket retention, and both variants share the same arm interface. The 0040-76038 blade clamp assembly and 0040-76039 retaining clip set are commonly replaced as a kit alongside the blade to restore full grip integrity. If your Centura mainframe robot motor or encoder has accumulated run-hours beyond the PM interval, the Applied Materials 0190-09828 robot motor assembly is the recommended co-replacement to avoid a secondary unplanned outage.

For fabs transitioning from a single-blade TAS configuration to a dual-blade architecture — a common upgrade path when increasing throughput on a Centura Producer or Centura Sym3 — the Applied Materials 0021-22629 dual-blade end effector kit provides the mechanical and software interface changes needed. This migration typically also involves updating the Centura MFC (Mass Flow Controller) manifold and recalibrating the 0190-35325 robot controller board to accommodate the revised pick-and-place timing parameters. Our team can advise on the full BOM for this upgrade path upon request.

Wafer-handling accuracy after blade replacement depends on correct teach-point re-calibration. The Applied Materials AutoTEACH kit (0190-09900 series) is the standard tool used on Centura platforms to re-establish robot station positions after any end-effector change. If your fab does not have this kit on-site, the manual teach procedure using the Centura system controller (0190-35300) and the process module alignment fixture is a viable alternative, and our technical documentation package — included with every shipment — covers both methods step by step.

For fabs operating in a mixed-node environment where older 200mm Centura frames are being phased out in favor of 300mm capacity, this blade is part of a broader migration that may also involve replacing the Applied Materials 0021-09087 200mm end effector on legacy frames while standardizing the 300mm TAS across the updated mainframes. Keeping both blade types in bonded inventory during the transition period is a common risk-mitigation strategy, and TOPNLMS maintains stock of both variants to support parallel procurement.

Compatibility Comparison Table

Seamless Upgrade Solutions

A complete TAS blade replacement project rarely involves a single part. Based on field experience with Centura platform upgrades, the following components are most frequently sourced alongside the 0021-22627:

• 0021-22628 Robot Blade (Pocket Type) — companion blade for pocket-retention process chambers; same arm interface, ordered as a matched pair for dual-chamber fabs.
• 0040-76038 Blade Clamp Assembly — retaining hardware that secures the blade to the wrist joint; recommended replacement at every blade change interval.
• 0190-09828 Robot Motor Assembly — Centura TAS drive motor; co-replacement eliminates the risk of a secondary outage within the same PM window.
• 0190-35325 Robot Controller Board — governs pick-and-place timing and station mapping; required update when migrating to dual-blade or higher-throughput configurations.
• Applied Materials AutoTEACH Kit (0190-09900 series) — standard teach-point calibration tool for all Centura robot end-effector replacements.
• 0021-09087 200mm End Effector — legacy blade for 200mm Centura frames being phased out in parallel; stocked for mixed-node transition inventories.
• Centura MFC Manifold Assembly — mass flow controller manifold; often serviced during the same scheduled downtime as a TAS blade replacement to maximize PM efficiency.
• 0190-35300 Centura System Controller — platform-level controller used for manual teach procedures and system diagnostics post-replacement.

Retrofit Guidance FAQ

Q: Does replacing the 0021-22627 blade require any wiring changes?
No. The blade itself is a passive mechanical component with no electrical connections. Wiring changes are only required if the robot motor assembly (0190-09828) or controller board (0190-35325) is being replaced simultaneously.

Q: Is re-programming the Centura system controller necessary after a blade swap?
No re-programming is required. However, robot station teach-points must be re-established using the AutoTEACH kit or the manual teach procedure via the Centura system controller. Recipe parameters and process chamber settings are unaffected.

Q: Will this blade fit Centura frames running older software revisions?
Yes. The 0021-22627 is a mechanical part with no firmware dependency. It is compatible with all Centura software revisions from the original TAS architecture through current Centura Sym3 configurations.

Q: How much physical space is needed for installation?
The blade dimensions are identical to the OEM part. No additional clearance or modification to the transfer module enclosure is required. Standard Centura PM access panels provide sufficient workspace for blade removal and installation.

Q: Can this blade be used in a dual-blade upgrade without additional hardware?
No. A dual-blade configuration requires the 0021-22629 dual-blade end effector kit and an updated robot controller board (0190-35325). The 0021-22627 is a single-blade replacement only.

Q: What is the expected installation time to minimize fab downtime?
An experienced field engineer can complete a blade swap and teach-point re-calibration in 2–4 hours within a standard Centura PM window. Having the AutoTEACH kit on-site reduces calibration time significantly.

Warranty Assurance

Every Applied Materials 0021-22627 replacement blade shipped by TOPNLMS is covered by a 12-month warranty from the date of delivery. Prior to shipment, each unit undergoes dimensional inspection and surface-coating verification to confirm compliance with the original Applied Materials specification. If a defect is identified within the warranty period, TOPNLMS will arrange a replacement unit or issue a full refund — whichever the customer prefers — with no return-shipping cost to the buyer.

Our standard lead time for in-stock units is 3–7 business days for international air freight from Xiamen, China. Expedited shipping options are available for urgent fab downtime situations. All units are shipped with an inspection report, part traceability documentation, and the technical installation guide. For large-volume orders or standing blanket purchase agreements, contact our sales team to discuss consignment stock arrangements and priority allocation.

For procurement inquiries, technical compatibility questions, or urgent replacement requests, contact TOPNLMS directly:

• Email: [email protected]
• Phone/WhatsApp: +86 18359293191
• Website: https://topnlms.com