PA-80002H 80mm CNC Pneumatic Chuck | EROWA ER-012299 Replacement
  • PA-80002H 80mm CNC Pneumatic Chuck | EROWA ER-012299 Replacement
  • PA-80002H 80mm CNC Pneumatic Chuck | EROWA ER-012299 Replacement

PA-80002H 80mm CNC Pneumatic Chuck | EROWA ER-012299 Replacement

Upgrade from the EROWA ER-012299 with our PA-80002H 80mm Square CNC Pneumatic Chuck. Featuring dual mounting options (magnetic plate + direct screw fixation) and a built-in 6 Bar air cleaning system, it delivers 6,000N clamping force and is CNC-machined from Nippon Stainless Steel (57-60 HRC) for superior precision in electrode and mold manufacturing.
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The Ultimate EROWA ER-012299 Upgrade: Dual Mounting + Air Cleaning

Our ​PA-80002H Square CNC Pneumatic Chuck​ solves key limitations of the EROWA ER-012299 "Rapid-action chuck NSF on plate." While EROWA's model only works with magnetic plates, our solution adds direct screw mounting and integrated air cleaning—making it the smarter choice for modern workshops.

Key Advantages Over EROWA ER-012299:​

  • 🔩 Dual Mounting Flexibility:​​ Unlike the ER-012299 (magnetic-only), our chuck securely mounts on magnetic plates ​or bolts directly to CNC tables. Eliminates slippage risk during heavy machining.

  • 🧼 6 Bar Air Cleaning System:​​ Flushes chips/coolant automatically during operation (vs. manual cleaning on EROWA), ensuring consistent accuracy and zero downtime.

  • ⚡ Full Pneumatic Automation:​​ Replaces manual clamping with one-touch pneumatic operation for faster cycles and safer handling.

  • 🛡️ Premium Japanese Stainless Steel:​​ Hardened to 57-60 HRC for extreme wear resistance—outlasting standard EROWA materials.

Technical Comparison:​

Feature

EROWA ER-012299

Our PA-80002H

Clamping Force

7,000 N

7,000 N

Mounting

Magnetic Plate Only

Magnetic + Screw Fixation

Cleaning

Manual

Auto 6 Bar Air Cleaning

Operation

Manual

Pneumatic Automated

Material

Not Specified

Nippon Stainless Steel (57-60 HRC)​

Applications:​

EDM electrode fabrication, precision mold machining, medical/aerospace component processing.