SPMG 07T308-EX-SE1006 Udrill Insert

Product Description

The SPMG 07T308-EX-SE1006 U-Drill Insert Superedge is a high-performance carbide insert designed for efficient drilling operations, particularly in challenging materials.

Key Specifications

• Insert Size: SPMG 07T308

• Dimensions:

  • Inscribed Circle (IC): 7.94 mm

  • Thickness (S): 3.97 mm

  • Corner Radius (RE): 0.8 mm

• Coating: Typically TiAlN (Titanium Aluminum Nitride)

• Material: Micro-grain carbide

• Chip Breaker Types: DG (Deep Groove), FZ (Fine Groove)

• Applications: Suitable for drilling steels, stainless steels, and cast irons

• Packaging: Sold in packs of 10webshop.taegutec-india.com+3CY CARBIDE MFG. CO., LTD.+3atcarbide.com+3webshop.taegutec-india.com+1CY CARBIDE MFG. CO., LTD.+1atcarbide.comJaibros+2IRON ROOT+2omegaproducts.co.uk+2

Performance Features

• Superedge Technology: Offers ultra-sharp cutting edges for improved surface finish and reduced cutting forces.

• High Wear Resistance: Enhanced coating and carbide grade provide longer tool life and stability during machining.

• Efficient Chip Removal: Optimized chip breaker designs facilitate effective chip evacuation, reducing the risk of clogging and tool wear.

Recommended Applications

• Materials: Ideal for drilling operations in steels, stainless steels, and cast irons.

• Machining Conditions: Suitable for high-speed drilling with stable cutting conditions.

• Tool Holders: Compatible with various U-drill holders designed for SPMG inserts.webshop.taegutec-india.com+5IRON ROOT+5omegaproducts.co.uk+5

Product Availability

• Suppliers: Available through various industrial tool suppliers such as Omega Products, Iron Root, and CY Carbide.

• Packaging: Typically available in packs of 10 inserts.

• Pricing: Pricing may vary based on supplier and order quantity; contacting suppliers directly for quotes is recommended.omegaproducts.co.uk+2IRON ROOT+2CY CARBIDE MFG. CO., LTD.+2IRON ROOT+2Jaibros+2omegaproducts.co.uk+2

If you need assistance with selecting compatible tool holders or determining the optimal cutting parameters for your specific machining conditions, feel free to ask!