Sale!

Global Cnc Haas 1″ Id Static Tool Block External Coolant Hst20-8425

Original price was: $350.00.Current price is: $163.80.

Global CNC
HAAS 1″ ID Static Tool Block 

MSRP: $350

  • External coolant flow
  • Made from alloy steel
  • Precision machined, hardened, and ground
  • Components included: Set Screws, Coolant nozzles
  • Tool Block Series HAAS HST20
  • Bolt Hole Pattern 64mm X 50mm
  • ID Size 1″
  • ID Centerline Height 40mm
  • Coolant Delivery External Coolant

*USED. Holder appears to be in good condition. Lightly used w/minimal cosmetic wear (see pictures). WARRANTY NOT INCLUDED. SOLD AS IS.

Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

January 23 2025
VM13834
Cab Moon Bin 13

BRAND: Global CNC
MSRP: $350
TOOL TYPE: 1” ID Static Tool Block
MPN: HST20-8425
COUNTRY/REGION OF MANUFACTURE: United States
LOCATION: VM13834CabMoonBin13

1 in stock

Wishlist This!
Wishlist This!
SKU: Jan2325VM13834CabMoonBin13 Category:

Description

Global CNC
HAAS 1″ ID Static Tool Block 

MSRP: $350

  • External coolant flow
  • Made from alloy steel
  • Precision machined, hardened, and ground
  • Components included: Set Screws, Coolant nozzles
  • Tool Block Series HAAS HST20
  • Bolt Hole Pattern 64mm X 50mm
  • ID Size 1″
  • ID Centerline Height 40mm
  • Coolant Delivery External Coolant

*USED. Holder appears to be in good condition. Lightly used w/minimal cosmetic wear (see pictures). WARRANTY NOT INCLUDED. SOLD AS IS.

Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

January 23 2025
VM13834
Cab Moon Bin 13

BRAND: Global CNC
MSRP: $350
TOOL TYPE: 1” ID Static Tool Block
MPN: HST20-8425
COUNTRY/REGION OF MANUFACTURE: United States
LOCATION: VM13834CabMoonBin13

Additional information

Weight 9.07184740 lbs
MSRP

Tool Type

COUNTRY/REGION OF MANUFACTURE

United States

Location

Condition

Used

Condition Description