AMAT P5000 vs Centura CVD: Which Used Tool Fits?
Compare used AMAT P5000 and Centura CVD offers by chamber configuration, film requirements, service scope and acceptance testing—not model name alone.
Choosing between a used AMAT P5000 and Centura CVD offer? Start with the film you need to deposit, the wafer-handling requirements and the exact chambers in each quote. Shortlist the system that can demonstrate your process and pass your site's acceptance review.
P5000 vs Centura: compare the chamber configuration
Applied Materials identifies the Precision 5000 as a CVD platform in its account of the company's deposition technology. For a P5000 offer, request chamber identifiers, installed process hardware and the applicable manuals. Use the AMAT P5000 CVD page as a starting point for a configuration-specific RFQ.
Applied Materials also documents the Ultima HDP-CVD Centura for dielectric gap-fill applications. If a seller offers a Centura, ask which chamber technology is actually included. Do not apply Ultima documentation to a different chamber package.
Frame the choice around your project:
- Existing P5000 process: ask the engineer responsible for your recipe to compare the offered hardware and software with your installed configuration.
- Considering Centura: request evidence for the offered chambers using your target film and substrate, rather than accepting a platform-wide performance claim.
- New process development: have the process owner specify the required film properties and qualification method before either system enters the shortlist.
What to match in both quotations
Give both sellers the same comparison worksheet. Ask each to identify the mainframe, chamber count and types, wafer handling, gas-delivery hardware, heaters or RF equipment where applicable, pumps, cooling and exhaust requirements. Record included accessories and missing items separately.
For each proposed spare or replacement assembly, request its part number, revision and compatibility evidence. The Centura chamber parts page can help structure a parts inquiry, but should not be used as proof of fit.
Request maintenance records, previous process materials, decontamination documentation and a list of modifications. Have your service provider review the records and quote the proposed installation and support scope before you choose a platform.
Acceptance criteria for your film, not a generic demo
Write a test plan with your process engineer and use the same acceptance basis for both offers:
- Specify the substrate, incoming surface condition and target film.
- Agree on thickness, uniformity, particle and other required film-property measurements, including instruments and sampling locations.
- Set the run sequence and repeatability criteria before testing.
- Identify the quoted serial numbers and record installed software, recipe settings and test conditions.
- Document results, exceptions and the remedy for a failed test.
Have qualified personnel demonstrate handling and safety functions under approved procedures. Use the used CVD equipment inspection guide to prepare questions for the inspection team.
Compare total project cost
Ask each seller to itemize hardware, refurbishment, spares, acceptance testing, deinstallation, packing and freight. Obtain separate installation, facilities and service proposals where needed. Negotiate responsibility for missing hardware, failed tests and post-shipment damage in writing.
Which should you buy?
Choose the offer that satisfies your documented process and support requirements with an acceptable delivered cost. If neither seller can provide configuration records and meaningful test evidence, leave both unapproved.
Send the target film, wafer requirements, destination, chamber preference and existing tool details with your RFQ. Request a bill of materials and acceptance proposal alongside the equipment price.
Related Parts
Caladan stocks used and refurbished parts referenced in this article — tested, inspected, and ready to ship.