Applied Materials 0010‑07061 Heater / Pedestal Assembly

Product Description

The 0010‑07061 is a wafer pedestal / ceramic heater assembly manufactured by Applied Materials for semiconductor vacuum process chambers. This integrated assembly contains embedded heating elements, temperature sensors and wafer supporting surface, engineered for high vacuum, low particle and low outgassing cleanroom environment. It provides precise substrate temperature control during thin film deposition or etch processes. Available inventory includes new surplus, used and refurbished units for maintenance and chamber rebuild of legacy AMAT wafer processing tools.

Product Functions

• Support and hold silicon wafer securely inside vacuum chamber during semiconductor manufacturing process steps
• Deliver uniform thermal energy to control wafer temperature with high accuracy across the wafer surface
• Built-in temperature sensors transmit real-time temperature feedback to external thermal controller for closed-loop regulation
• Maintain stable temperature profile to ensure consistent thin-film deposition or etching results and reduce process variance
• Vacuum-compatible construction with low outgassing material to avoid contaminating process ambient and wafer surface
• Accept recipe-based temperature ramp and hold commands from the tool host for different semiconductor process recipes
• Support electrostatic chucking or mechanical clamping (depends on variant) for wafer fixation during high-vacuum processing

Application Scenarios

• Substrate heating and wafer holding for Applied Materials PVD, CVD or etch semiconductor process chambers
• 200mm / 300mm wafer fabrication process temperature control in wafer fabs
• Preventive maintenance, chamber overhaul and spare replacement for AMAT legacy processing platforms
• Tool refurbishment, process requalification and equipment upgrade projects in semiconductor factories
• Direct replacement for damaged pedestal assemblies causing temperature non-uniformity or heater open faults
• Spare parts inventory for semiconductor equipment service vendors and chip manufacturers maintaining AMAT process tools

Common Problems

• Heater open circuit: burnout of embedded resistive heating traces caused by repeated thermal cycling or over-temperature events
• Temperature non-uniformity: surface deposition buildup, coating peeling or partial degradation of internal heating elements
• Temperature reading drift: aging or damage of built-in RTD/thermocouple sensors and degraded signal feedthrough wiring
• Particle contamination: surface scratches, ceramic chipping, flaking process residues on wafer contact surface
• Vacuum leakage: cracked ceramic body, degraded feedthrough seals and O-ring failure after long thermal expansion cycles
• Intermittent temperature instability: loose power or sensor feedthrough connections, poor contact under thermal stress
• Mechanical damage risk: brittle ceramic substrate; improper disassembly easily causes chipping and permanent assembly failure