Precision Boring Head 2" for Milling & Lathe Machine 1 Div=0.0005"

• Ultra-High Precision: This 2-inch diameter boring head features 0.0005" (half-thousandth) divisions, enabling extremely fine adjustments and ensuring close-tolerance machining.
• High-Accuracy Boring: The bore is precision-ground, reducing vibration during operation and delivering a smooth, mirror-like surface finish.
• Secure 2MT Shank: This unit comes with a Morse Taper 2 (MT2) shank and M10 × 1.5 drawbar thread, providing rigid and stable mounting in the machine spindle.
• Standard Tooling Fit: The head accepts 1/2-inch diameter shank boring tools and bars, one of the most versatile and commonly used sizes in professional machining.
• Premium Tool Steel Build: Manufactured from high-grade tool steel, this boring head maintains durability and accuracy during heavy-duty milling and lathe operations.
• Imperial Standards: Designed according to imperial (inch) measurement standards, this tool is ideal for detailed engineering work and high-precision workshop applications.
• Robust Weight: With a solid weight of approximately 4.4 pounds, the heavy-duty construction ensures improved stability and long service life during turning and milling operations.

Dispatch Time: 1–2 business days
International Delivery: 5–12 business days (location-wise)
Tracking: End-to-end international tracking available
Packaging: Shockproof & secure export packaging
Customs/Duties: May apply based on destination country
Carrier: DHL / FedEx / UPS (depending on region)

Warranty: 6–12 months (manufacturing defects only)
Returns: Accepted for defective, damaged, or incorrect items
Return Window: 7 days from delivery
Replacement: Free replacement for eligible claims
Process: Email support with product video/photos
Note: Used/damaged by customer items not returnable

Read the user manual before first use

Wear safety gloves & eye protection when required

Keep away from children

Do not overload or misuse the product

Store in a dry, moisture-free environment

Clean tools after use to maintain performance