AMAT 0010-44213 — OEM Spare Part for Applied Materials Semiconductor Tools, built to keep your line running

The AMAT 0010-44213 is a genuine Applied Materials spare (module/assembly) used on selected AMAT process tools. From my experience, plants typically keep at least one of these on the shelf to shorten unplanned downtime and maintain process stability during shift-to-shift maintenance. You might notice that its appeal is straightforward: it’s a drop-in, factory-correct part with the right labeling, traceability, and ESD-safe packaging so your team can swap it confidently and move on.

Company’s Order Placement Process and Guarantees

• Warranty: 365 days
• Lead time: 1 week ex-stock; no more than 1 month latest
• Payment terms: 50% advance payment; full payment before delivery
• Express options: FedEx, UPS, DHL

Key Features

• Genuine AMAT specification – Labeled with AMAT P/N 0010-44213 and standard traceability for fab documentation.
• Drop‑in, tool‑side fit – Designed for the intended slot or mounting points on compatible AMAT platforms; no rework on cabling or brackets in normal cases.
• ESD‑safe, cleanroom packaging – Typically vacuum-sealed with desiccant and ESD measures to protect sensitive circuitry during transport and storage.
• Service-friendly – One thing I appreciate is the predictable handling: techs can remove/replace with standard AMAT procedures, reducing tool exposure time.
• Traceable sourcing – Serial/lot and incoming QC records maintained for audits and change-control files.

Technical Specifications

Application Fields

Typically used across AMAT process modules in fabs producing logic, memory, discrete, and advanced packaging. It appears most often in PVD/CVD/etch tool families and auxiliary subsystems where a factory-correct module is mandatory to maintain recipe stability, interlocks, and uptime.

• Front-end semiconductor fabrication lines (200 mm / 300 mm)
• PVD, CVD, Etch, RTP and related process platforms
• Tool refurbishment projects and spare-pool standardization
• Preventive maintenance kits to reduce MTTR during planned downtime

Advantages & Value

• Reliability you can plan around – Factory-spec parts help avoid erratic tool behavior that sometimes shows up with non-OEM substitutions.
• Compatibility – Correct fit and signaling for the intended AMAT subsystem, preserving interlocks and alarms.
• Cost-of-downtime savings – Keeping a ready spare on-site typically saves far more in lost wafers than the part cost.
• Support – From my experience, having traceable paperwork and known-good test results smooths internal approvals and faster tool release.

Installation & Maintenance

• Environment: Replace in cleanroom or service area per AMAT guidelines; use grounded ESD wrist strap and ESD-safe mats.
• Wiring & seating: Verify connectors are fully seated with no bent pins; route harnesses to avoid stress and sharp bends.
• Tool safety: Power down and lock out/tag out per fab SOP; discharge stored energy if the target bay includes capacitive or RF sections.
• Post-replacement checks: Run OEM diagnostics and recipe verification; confirm interlocks/alarms and baseline the relevant process monitor points.
• Routine care: Maintain correct cabinet ventilation and filter cleanliness; document firmware or parameter revs if the module stores configuration.

Quality & Certifications

• Compliance: Supplied as an AMAT-spec spare; CE/UL marking typically follows the parent tool certification. RoHS applicability may depend on vintage and subassembly.
• Inspection: Incoming QC and ESD-safe handling; functional verification where applicable before shipment.
• Warranty: 365-day warranty coverage as stated above.

Supporting Components You May Also Need

• ESD-safe mounting hardware or brackets specific to the target bay
• Replacement harness or cable assembly if connectors show wear
• Tool-side consumables (O-rings, filters) commonly changed during the same maintenance window

A quick customer note: “Swapped 0010-44213 during PM on our PVD cluster; install was straightforward and the tool cleared diagnostics on first pass.” That’s typically what we aim for—predictable changeout, fast release to production.