Answer
Jul 19, 2018 - 12:00 AM
Recommended RPM, feed, and plunge rates for cutting 1/8"–1/4" steel with Amana 51467 Solid Carbide CNC Spiral / 45 Deg Corner Chamfer Up-Cut Router Bit / End Mills with AlTiN Coating for Steel, Stainless Steel & Composites
Hi, I need to cut steel that is 1/8" to 1/4" thick with the Amana Tool 51467, what would you recommend for the speed, feed rate, and plunge speed? Thank you so much for any help!
Status:
Open Jul 19, 2018 - 12:00 AM
Do you have the same question? Follow this Question
1answer
View More Product Details
Solid Carbide CNC Spiral / 45 Deg Corner Chamfer Up-Cut Router Bit / End Mills with AlTiN Coating for Steel, Stainless Steel & Composites
These 2, 3 and 4 flute industrial solid carbide router bits are manufactured from Amana Tool®'s exclusive ultra-fine micrograin carbide and feature a 30 degree Center Cutting Mill End, a corner chamfer (for extra strength), Up-Cut design and very importantly, the Aluminum Titanium Nitride (...
See More
View Details
More Questions We've Answered Related to This Product
We’ve provided several answers to questions related to Solid Carbide CNC Spiral / 45 Deg Corner Chamfer Up-Cut Router Bit / End Mills with AlTiN Coating for Steel, Stainless Steel & Composites , see some other helpful Q&A related to this product.
-
Question: Will these cut wood?
Answer: These will cut wood, but are Excellent for use in a broad range of materials including:
Stainless Steel
Steel
Cast Iron
Composites
Low Carbon Steel
Magnesium
Metal Composite Material (MCM)
Plastics
Super Alloys
Titanium (up to 40HRc Hardness)
View More Product Details
Solid Carbide CNC Spiral / 45 Deg Corner Chamfer Up-Cut Router Bit / End Mills with AlTiN Coating for Steel, Stainless Steel & Composites
These 2, 3 and 4 flute industrial solid carbide router bits are manufactured from Amana Tool®'s exclusive ultra-fine micrograin carbide and feature a 30 degree Center Cutting Mill End, a corner chamfer (for extra strength), Up-Cut design and very importantly, the Aluminum Titanium Nitride (...
See More
View Details
