The YG1 JAI38922 1/2 inch 3 flute DLC coated carbide roughing end mill is made for efficient metal removal in demanding machining applications. Its 0.5000" diameter and 0.5000" shank diameter provide dependable rigidity for stable cutting performance. The 1-1/4" length of cut supports productive material engagement while maintaining control throughout the operation. With an overall length of 3", this tool offers practical reach for a variety of CNC setups. The 0.0300" corner radius adds edge strength and helps reduce stress during aggressive cutting. A 3-flute geometry supports balanced chip evacuation and steady roughing action. The Super DLC coated roughing end mill 0.0300 corner radius is built to handle high-friction conditions with improved wear resistance. Its 37 degree helix angle promotes smooth cutting and contributes to consistent tool movement through the workpiece. The carbide construction gives the tool the hardness and durability needed for repeated use in production environments. This 0.5000" diameter 3-flute carbide roughing end mill is suited for applications that require strong stock removal and controlled finishing at the same time. The centre-cut design makes it useful for plunging and slotting tasks where versatility matters. The plain shank style helps maintain secure holding in compatible tool setups. The right-hand cutting direction supports standard milling workflows and reliable machining results. The YG1 JAI38922 Super DLC coated roughing end mill is a strong option for operators seeking a balance of speed, durability, and chip control. It performs well in heavy cutting conditions where productivity and edge retention are essential. This 3-flute roughing end mill chip evacuation heavy cutting tool is well matched to demanding shop-floor use.
Strong 1/2 Inch Carbide Body
The YG1 JAI38922 1/2-inch 3-flute DLC coated carbide roughing end mill provides the rigidity needed for aggressive machining.
Super DLC Surface Protection
The coating on this YG1 JAI38922 Super DLC coated roughing end mill helps reduce wear and support longer tool life.
Corner Radius Cutting Edge
The 0.0300" corner radius strengthens the Super DLC coated roughing end mill 0.0300 corner radius for more dependable roughing.
Three Flute Chip Flow Design
The 0.5000" diameter 3-flute carbide roughing end mill supports efficient chip evacuation during high-volume cutting.
Versatile Center-Cut Construction
The centre-cut profile allows the 3-flute roughing end mill chip evacuation heavy cutting tool to handle plunging and slotting tasks.
| Manufacturer Part Number | JAI38922 |
| Diameter (Inch) | 1/2" |
| Diameter (Decimal Inch) | 0.5000" |
| Diameter (mm) | 12.70mm |
| Shank Diameter (Inch) | 1/2" |
| Shank Diameter (Decimal Inch) | 0.5000" |
| Shank Diameter (mm) | 12.70mm |
| Length of Cut (Inch) | 1-1/4" |
| Length of Cut (Decimal Inch) | 1.2500" |
| Length of Cut (mm) | 31.75mm |
| Overall Length (Inch) | 3" |
| Overall Length (Decimal Inch) | 3.0000" |
| Overall Length (mm) | 76.20mm |
| Corner Radius (Inch) | 2/67" |
| Corner Radius (Decimal Inch) | 0.0300" |
| Corner Radius (mm) | 0.76mm |
| Number of Flutes | 3 |
| Series | JAI38 |
| Helix Angle | 37 Degree |
| Shank Style | Plain |
| Coating | Super DLC |
| Material | Carbide |
| Cut Type | Center |
| Corner Type | Corner Radius |
| Type | Corner Radius With Neck |
| Cutting Direction | Right |
| Application | N |
What is the YG1 JAI38922 used for?
It is designed for roughing, slotting, and general stock removal with a 1/2-inch 3-flute DLC coated carbide roughing end mill.
Why is the corner radius important?
The 0.0300" corner radius helps improve edge durability in the YG1 JAI38922 Super DLC coated roughing end mill.
What makes the Super DLC coating beneficial?
The coating helps lower friction and improve wear resistance during demanding cutting applications.
Is this tool suitable for heavy cutting?
Yes, the 0.5000" diameter 3 flute carbide roughing end mill is built for efficient heavy cutting performance.
Can this end mill help with chip evacuation?
Yes, the 3 flute roughing end mill chip evacuation heavy-cutting design supports clear chip flow and stable machining.