Hardinge Gang Tool GT27SP

Available From: Hardinge Machine Tools Ltd


Hardinge Machine Tools Ltd
Go Back Tell Me More Whats The Price Suppliers Site Wanted Find Service Engineers Find Training for programming and operator training
Tell me more...   Close Window
Name:
Company:
Phone:
Email:
Comments:
Enter the following: 461361
 
Close Window
   
Website: www.hardinge.co.uk
Email: mdoyle@hardinge.co.uk
Phone: 0116 2869900

Get the Price Emailed to you Close Window

FOR UK USE ONLY PLEASE..
My email address is:
(enter email & company below)

To avoid spam, please enter this code
in the box below and hit request:
4511071

This request goes straight to the supplier, who will respond directly to this email address - UK ONLY


Close This Window

Technical Specification Close Window

Please email me the Technical Specification:
enter email address below


To avoid spam, please enter this code below,
then hit enter:
229712




Close This Window

Please call me about this...   Close Window

Name:
Company:
Phone:
Enter code to avoid spam: 917385
 
This request goes straight to the seller - they will call you, these details are not shared with 3rd parties
Close Window
   

So viewers can contact you, please enter your email address below, your request will then be added to our wanted section and viewers can then contact you via email. Thanks

WANTED! I am searching for...
Email:
Spamcode: 482890
Enter above code:
Close Window

So viewers can contact you, please enter your email address below, your request will then be added to our wanted section and viewers can then contact you via email. Thanks

Email Address:
Spamcode: 788317
Enter above code:
Close Window

Not quite what your after?
Submit WANTED to be viewed by 1000´s below!!

Get our newsletter!
Subscribe here!

Share on Facebook  Twitter Email To Someone
Hardinge Gang Tool GT27SP

Tel: Click for Telephone  

The Specification Is As Follows:

The Hardinge Super-Precision QUEST GT27SP Gang Tool CNC Lathe combines high performance with high productivity. Surface finishes of 8 micro-inch and exacting part roundness of .000015 inches can be achieved*.