YG-1 41439CN General Purpose Cobalt Ball End Mill
The YG-1 Ball End Mill is a general-purpose cobalt ball end mill, TiN coated, with 2 flutes, a 1-1/4" mill diameter, 1-5/8" length of cut, and 3-7/8" overall length (MPN 41439CN).
SKU 3G-OTH-281395
Also listed as: 41439 CN · 41439-CN
Local availability & support
- Delivery
- Worldwide DHL shipping from Singapore; 7–14 business days door-to-door for most destinations.
- Payment
- Invoicing in USD. Bank transfer (SWIFT) and corporate PO accepted.
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Product Description
The YG-1 Ball End Mill is a general-purpose cobalt ball end mill, TiN coated, with 2 flutes, a 1-1/4" mill diameter, 1-5/8" length of cut, and 3-7/8" overall length (MPN 41439CN).
Frequently Asked Questions
What is a YG-1 ball end mill used for?
A YG-1 ball end mill is used for contouring, slotting, and profiling in metalworking. Its ball nose shape allows 3D machining of curved surfaces, radii, and fillets. This general-purpose cobalt tool with TiN coating suits steels, cast iron, and non-ferrous materials across mold, die, and general machining applications.
What are the specifications of the YG-1 41439CN ball end mill?
The YG-1 41439CN is a 2-flute, TiN-coated cobalt ball end mill with a 1-1/4" mill diameter, 1-5/8" length of cut, and 3-7/8" overall length. It is designed for general-purpose milling in industrial machining operations.
Where to buy YG-1 ball end mills worldwide?
3G Electric supplies YG-1 ball end mills worldwide. As a global industrial solutions provider, we handle full logistics, customs clearance, and delivery to your facility. Contact us for pricing and lead time on the YG-1 41439CN or other cutting tools across our 14 industrial departments.
How to select the right YG-1 ball end mill for your application?
Select a YG-1 ball end mill based on material, coating, flute count, and diameter. For general-purpose steel machining, the TiN-coated cobalt 2-flute design offers good chip evacuation and wear resistance. Match the mill diameter and length of cut to your part geometry and machine rigidity for optimal finish.
