ASSY WAFER LIFT PIN 200MM DPS CERAMIC ESC

PART DETAILS

0010-23726
ASSY WAFER LIFT PIN 200MM DPS CERAMIC ESC

OEM P/N: 

0010-23726

ESCT P/N: 

ES1011-019

PART TYPE:

2nd NEW

OEM: 

AMAT
MORE INFO

0010-23726 Assy wafer lift pin 200mm DPS ceramic ESC for Applied Materials systems

Precision wafer lift pin assembly for controlled wafer transfer, ESC handling, and process reliability

The 0010-23726 ASSY WAFER LIFT PIN 200MM DPS CERAMIC ESC is a precision-engineered wafer handling component used in Applied Materials semiconductor equipment to support controlled wafer lifting, transfer sequencing, and reliable interaction with 200mm ceramic electrostatic chuck (ESC) systems.

Installed within the ESC and wafer handling subsystem, this lift pin assembly enables precise vertical movement of the wafer during handoff between the ESC and transfer robot, supporting stable wafer positioning, reduced mechanical stress, and repeatable transfer performance. In semiconductor processes where handling precision, wafer integrity, and contamination control are critical, and lift pin performance drives yield and uptime.

Because lift pins operate under repetitive mechanical cycling, contact with wafers, thermal exposure, and contamination-sensitive conditions, wear, surface degradation, misalignment, or particle buildup can contribute to transfer instability, wafer damage risk, positioning errors, or increased maintenance frequency. The 0010-23726 is engineered to support stable, repeatable wafer handling performance under demanding fab conditions.

Functional role within Applied Materials systems

The 0010-23726 functions as a critical wafer transfer and positioning component.

Core functions include:

  • Supporting controlled wafer lift and lower operations
  • Enabling transfer between ESC and robotic handling systems
  • Helping maintain wafer positioning accuracy
  • Supporting smooth wafer handoff sequences
  • Reducing mechanical stress during wafer transfer
  • Supporting uptime through reliable handling performance

Design and performance characteristics

Wafer transfer precision and positioning control

The lift pin assembly supports repeatable handling accuracy.

Key performance characteristics include:

  • Stable vertical motion support
  • Reliable wafer positioning during lift and handoff
  • Reduced risk of wafer misalignment
  • Support for smooth transfer sequencing
  • Contribution to controlled wafer handling performance

Handling precision is critical to yield protection.

Ceramic ESC compatibility and surface interaction

Designed for integration with ceramic ESC systems.

Performance attributes may include:

  • Compatibility with ceramic ESC environments
  • Controlled contact interaction with wafer backside
  • Reduced risk of wafer surface damage
  • Support for contamination-sensitive handling conditions
  • Stable performance across repeated transfer cycles

Proper interaction with wafers helps preserve wafer integrity.

Mechanical durability and continuous duty reliability

Designed for sustained production operation.

Durability characteristics may include:

  • Resistance to wear under repetitive motion cycles
  • Stable performance under thermal conditions
  • Reduced susceptibility to alignment drift
  • Long service life under production duty
  • Support for repeatable maintenance outcomes

Reliable lift pin condition helps support throughput and uptime.

Integration with related wafer handling hardware

The 0010-23726 may operate alongside related components including:

  • 0020-84222 wafer handling gripper assemblies
  • 0010-76800 indexer positioning hardware
  • 0045-90049 leadscrew motion assemblies

Together these components support broader wafer handling precision and equipment reliability.

Impact on tool performance, yield, and uptime

The 0010-23726 can directly influence transfer reliability and equipment availability.

Potential impacts of wear or degradation include:

  • Wafer misalignment during transfer
  • Increased wafer handling risk
  • Particle generation or contamination concerns
  • Transfer instability or drop risk
  • Increased maintenance frequency
  • Reduced equipment availability
  • Unplanned downtime risk

Replacing a worn lift pin assembly can restore transfer stability and improve handling reliability.

Common failure modes and diagnostic indicators

Surface wear or contact degradation

Repeated wafer contact may affect surface condition.

Indicators include:

  • Surface wear or polishing
  • Increased friction or sticking
  • Wafer handling inconsistencies
  • Transfer repeatability issues
  • Increased defect trends

Alignment or motion degradation

Mechanical wear may affect lift accuracy.

Symptoms may include:

  • Misalignment during wafer lift
  • Uneven lift height
  • Transfer instability
  • Positioning drift
  • Recurring handling faults

Contamination or particle contribution

Surface condition may influence cleanliness.

Indicators include:

  • Particle-related excursions
  • Chamber contamination concerns
  • Increased defectivity
  • More frequent cleaning cycles
  • Reduced process repeatability

Wear in the 0010-23726 may also increase stress on associated hardware such as 0020-84222 or 0010-76800, particularly in tightly integrated transfer architectures.

Installation and maintenance best practices

To support best performance:

  • Follow OEM-approved handling procedures
  • Inspect lift pin surfaces before installation
  • Verify proper alignment and seating
  • Evaluate related wafer handling hardware during service
  • Inspect for wear or contamination during PM intervals
  • Perform transfer verification after replacement
  • Confirm stable wafer handling before production return

OEM part number and compatibility

The 0010-23726 Assy Wafer Lift Pin 200mm DPS Ceramic ESC is an Applied Materials OEM part.

Key considerations:

  • Must match 200mm ESC subsystem requirements
  • Mechanical and dimensional compatibility may be critical
  • Verify OEM specifications before replacement
  • Confirm integration with wafer handling and ESC systems
  • Evaluate related wear components during maintenance

Why source from ESCT Fab Support

ESCT advantages

  • OEM-aligned functional and compatibility verification
  • Quality-controlled handling and packaging
  • Verified subsystem support
  • Faster availability versus OEM lead times
  • Reduced Mean Time To Repair (MTTR)
  • Expertise in semiconductor wafer handling components
  • Second-new and refurbishment options where available

Maintaining strategic inventory of the 0010-23726 and related components such as 0020-84222, 0010-76800, and 0045-90049 can reduce downtime exposure and improve maintenance readiness.

Frequently asked questions

1. What does the 0010-23726 wafer lift pin assembly do?

It lifts and lowers the wafer during transfer between the electrostatic chuck and the robotic handling system.

2. Why are lift pins critical in semiconductor equipment?

Because precise wafer handling is what prevents damage, maintains alignment, and supports consistent process results.

3. What does “200mm DPS ceramic ESC” refer to?

It indicates compatibility with a 200mm wafer system using a DPS (Decoupled Plasma Source) configuration and a ceramic electrostatic chuck.

4. What are signs the lift pin assembly may need replacement?

Common indicators include:

  • Surface wear
  • Transfer misalignment
  • Wafer sticking or instability
  • Particle concerns
  • Increased handling faults

5. Can worn lift pins damage wafers?

Yes. Surface degradation or misalignment can increase the risk of wafer scratching, chipping, or improper handling.

6. Can this component affect yield?

Yes. Handling defects can directly impact wafer quality and yield performance.

7. Can lift pin issues contribute to downtime?

Yes. Transfer faults or instability can trigger tool interruptions or maintenance events.

8. How are lift pin issues typically diagnosed?

Issues may be identified through PM inspections, transfer diagnostics, defect trends, or visual inspection of wear and alignment.

9. Does replacement require subsystem verification afterward?

Yes. Wafer handling and transfer verification should be performed after replacement.

10. Can contamination on lift pins affect process cleanliness?

Yes. Surface contamination can contribute to particle generation and defect risks.

11. What happens if the wrong lift pin assembly is installed?

Incorrect hardware may cause fit issues, improper lift height, or transfer instability.

12. Is compatibility verification important before ordering?

Yes. Mechanical, dimensional, and subsystem compatibility should be confirmed against OEM requirements.

13. Can ESCT verify compatibility before shipment?

Yes. ESCT supports functional and compatibility verification aligned with OEM requirements.

14. Are related wafer handling components available as well?

Depending on availability, associated grippers, indexers, and motion assemblies may also be supported.

15. Is this an original OEM part?

This product is supplied as a 2nd New OEM-compatible assembly, verified to meet form, fit, and functional requirements aligned with the relevant part number. It is not an original OEM manufacturer part.

Summary

The 0010-23726 Assy Wafer Lift Pin 200mm DPS Ceramic ESC is a critical wafer handling component supporting precise transfer, alignment stability, and process reliability in Applied Materials systems.

Its condition can directly influence wafer integrity, contamination control, and equipment uptime.

Sourcing through ESCT Fab Support provides verified quality, faster availability, and semiconductor-focused expertise to help maintain reliable, production-ready wafer handling performance.

Disclaimer: This part is supplied by ESCT Fab Support as a new, OEM-compatible second-source component, verified to the form, fit and function of Applied Materials part number 0010-23726. It is not an original OEM part and is not sold as one. It is not manufactured by, endorsed by, or affiliated with Applied Materials, and all manufacturer names and part numbers are quoted for identification and compatibility purposes only.

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