Applied Materials Applied Materials 0010 09340 Susceptor Lift Precision 5000 C — Susceptor Lift for Precision 5000 CVD Systems (Applied Materials)

How Much Does Applied Materials 0010-09340 Susceptor Lift Precision 5000 CVD No Belt Untested Cost in 2026?

As of June 2026, the Applied Materials 0010-09340 Susceptor Lift for the Precision 5000 CVD system is priced at $906 for a used, untested unit in condition grade B. This unit is typically sourced from decommissioned or upgraded systems and is not currently in stock. Refurbished versions, if available, may range between $1,200–$1,500, depending on the vendor and the extent of the rebuild. New units are no longer in production and can cost upwards of $2,500–$3,000 from secondary markets or direct OEM channels.

Buying used or refurbished can save you 40–60% compared to new, but it’s important to understand the risks. A failed or non-functional lift can result in 2–4 weeks of downtime, costing a mid-sized fab up to $150,000 in lost production. Since this part is untested and sourced, it’s critical to work with a reputable vendor like Ferrotec or Axus Technology, who have experience with Applied Materials CVD components. Always request a condition report and test results before finalizing the purchase.

Applied Materials 0010-09340 Susceptor Lift Precision 5000 CVD No Belt Untested Specifications and Compatible Tools

The Applied Materials 0010-09340 Susceptor Lift is a beltless, precision-machined component used to raise and lower the susceptor in the Precision 5000 CVD system. It is commonly used in systems from the early 2000s and is typically rated for up to 10,000 RF cycles or 5–7 years of continuous operation, depending on usage. The lift is designed to operate under high-temperature conditions, typically up to 450°C, and must maintain tight tolerances to ensure proper wafer alignment.

This part is compatible with the Applied Materials Precision 5000 CVD system models produced between 1998 and 2005. It is not compatible with later models such as the Applied Materials 5000i or 5500 series, which use a different part number: 0010-09341. Attempting to install the wrong part can result in misalignment, system failure, and potential damage to the susceptor, costing upwards of $10,000 in repairs.

What to Check Before Buying a Used Applied Materials 0010-09340 Susceptor Lift Precision 5000 CVD No Belt Untested in 2026

1. Verify the Production Year: Ensure the unit is from a system produced between 1998 and 2005. Units from later models are incompatible.

2. Check for Wear and Play: The lift should have less than 0.005” of lateral movement. Any more than this can lead to misalignment and process failure.

3. Inspect for Corrosion or Deformation: Look for signs of thermal stress or warping. A deformed lift can cause uneven heating and wafer damage.

4. Request Test Data: If the unit is untested, ask for a bench test or a functional test on a compatible system. A failed test can cost you $10,000–$15,000 in downtime.

5. Reject if Over 10,000 RF Cycles: Units with more than 10,000 RF cycles are likely to fail within 3–6 months. This is a hard reject criterion.

Buying a faulty unit can lead to a full system shutdown and repair costs exceeding $20,000. Always work with a vendor that provides a 30-day return policy or a functional guarantee.

FAQ

Q: Can I use the 0010-09340 in a newer Precision 5000i system?
A: No. The 0010-09340 is not compatible with the Precision 5000i or later models. You would need the 0010-09341 for those systems.

Q: Should I buy a used 0010-09340 or wait for a new one?
A: New units are no longer in production and can cost over $3,000. A used unit in good condition is a better value, especially if you can get a 30-day return policy.

Q: How long does a 0010-09340 typically last?
A: On average, this part lasts 5–7 years or up to 10,000 RF cycles. Beyond that, failure rates increase significantly.

Q: What’s the difference between a used and a refurbished 0010-09340?
A: A used unit is typically untested and may require cleaning or minor adjustments. A refurbished unit has been fully disassembled, inspected, and tested—often at a cost of $1,200–$1,500.

Q: Can I install this part myself?
A: It's not recommended. Installation requires precision alignment and system recalibration. A misalignment can cost $10,000 in repairs. Always use a qualified technician.