Skip to product information
1 of 10

EDWARDS

EDWARDS 241 Punch Assembly For 100 Ton Deluxe Ironworkers - ED9-AC1055-3

EDWARDS 241 Punch Assembly For 100 Ton Deluxe Ironworkers - ED9-AC1055-3

1 Review

25% Sale

Only left!

image

Free Delivery

image

Limited Stocks

In Stock - Ready to be Shipped

Regular price $2,243.00 Sale price $1,682.99
Taxes included. Shipping calculated at checkout.

Quantity

View full details
SALE ENDS IN
07 HRS
23 MINS
28 SECS
DON'T MISS IT!

Popular Add on

$100.00

$30.00

$200.00

$70.00

Add-Ons Bundle

$100.00

$30.00

$200.00

$70.00

Bundle Offer

$300.00

$100.00

Recently Viewed

EDWARDS 241 Punch Assembly For 100 Ton Deluxe Ironworkers - ED9-AC1055-3

The 241 Punch Assembly accommodates punch & die sets in various shapes and sizes from 1" up to 4". Punch large holes and slots in anything from sheet metal to steel plate.

Features
  • Punch large holes and slots in anything from heavy sheet metal to steel beams.
  • Replaces the installed Punch Assembly on the 100 Ton Deluxe Ironworkers.
  • Requires 241 Punch & Die sets (contact Edwards for pricing and availability).
  • 241 punch assembly accommodates punch and die sets in various shapes and sizes from 1" up to 4".
What our Experts Think
  • High‑capacity punching tailored for 100 ton ironworkers
    Engineered to deliver clean, precise holes in heavy structural steel — ideal for demanding fabrication workflows and larger jobs.
  • Durable punch/die assembly
    Built from hardened, precision‑machined tool steel for extended life and consistent performance in high‑volume use.
  • Optimized productivity
    Efficient punch geometry and smooth material flow reduce setup time and improve cycle speed, helping increase throughput.
  • Seamless fit with EDWARDS deluxe ironworkers
    Direct‑fit design ensures quick installation and reliable operation on 100 ton deluxe units without modification.
  • Enhanced alignment & repeatability
    Improves accuracy across repeated punches — reducing rework and material waste in production environments.

Q&A

**Q: What is the EDWARDS 241 Punch Assembly for 25 Ton Ironworkers (ED9‑AC1055‑1)?
A: A heavy‑duty punch assembly designed to fit 25 ton Edwards ironworkers, enabling reliable punching of holes in metal with precision and durability.

Q: What hole size does it support?
A: It’s engineered to deliver a 2‑41/64″ (≈ 2.64″) maximum hole capacity, expanding the versatility of your ironworker for larger punching jobs.

Q: Which machines is this compatible with?
A: Specifically made for Edwards 25 ton ironworker models, ensuring correct fit and performance with your machine.

Q: What are the performance benefits?
A: Provides clean, repeatable holes with reduced deflection and wear — ideal for metal fabrication, structural steelwork, and maintenance tasks.

Q: Is the construction durable?
A: Yes — built from high‑strength steel components for long service life under heavy use.

Q: Why upgrade to this punch assembly?
A: It expands punching capability beyond standard sizes, improves precision, and reduces downtime with a robust, reliable assembly.

Q: Who is this product for?
A: Metal fabricators, machinists, and industrial shops with a 25‑ton ironworker needing increased punching capacity and productivity.


Maintenance Tips
  • Clean After Each Use: Remove metal shavings, dust, and oil to maintain sharp punch edges and precision.
  • Inspect for Damage: Check punch and die for cracks, chips, or wear; replace or sharpen as needed.
  • Lubricate Moving Components: Apply light machine oil to guides and moving parts to reduce friction and prevent corrosion.
  • Ensure Proper Alignment: Verify the punch and die are correctly seated in the ironworker to avoid uneven wear or tool damage.
  • Use Within Rated Capacity: Always punch material within the 100-ton rating to prevent breakage or excessive stress.
  • Secure Mounting Hardware: Tighten all bolts and clamps to maintain stability and repeatable performance.
  • Protect from Rust: Store in a dry environment and apply light anti-corrosion coating on steel surfaces.