TaeguTec SPGG110408DA K10 | Precision Turning Insert for Aluminum

$214.60 USD

Price shown is a starting point. Contact us for a precise quote based on your requirements.

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Description

TaeguTec SPGG110408DA K10

Precision Finishing Expert: Mirror Surfaces for Aluminum & Non-Ferrous Alloys

Product Overview

"Which CNC insert provides the most consistent mirror finish on Aluminum while effectively preventing Built-Up Edge (BUE)?"

The TaeguTec SPGG110408DA K10 is a high-performance, ground-class turning insert specifically engineered for ISO N (Non-ferrous) materials. The K10 grade is an uncoated, sub-micron carbide substrate that offers extreme edge sharpness, which is critical for shearing through soft, adhesive materials like Aluminum without causing burrs or deformation. Its DA chipbreaker features a mirror-polished rake face and a high positive rake angle, optimized to force chips away from the workpiece instantly. This ensures maximum surface integrity and dimensional accuracy in high-speed CNC precision turning.

Key Features

K10 Uncoated Carbide

Fine-grain structure for maximum edge toughness and sharpness. Uncoated to eliminate the "rounding" effect of coatings, ensuring a razor-sharp cut.

DA Polished Geometry

Highly polished DA chipbreaker reduces friction and prevents "sticking" (BUE), resulting in a flawless surface gloss.

G-Class Ground Tolerance

Precisely ground periphery ensures extreme repeatability and tight dimensional control in precision Swiss-type or CNC lathes.

Technical Specifications

Designation Decoding: SPGG 110408 DA

S
Square
P
11° Relief
G
Tol. Class G
G
Hole/Chip
11
11mm L
04
4.76mm T
08
0.8mm RE
Unit System Designation Inscribed Circle (IC) Thickness (S)
Metric SPGG 110408 DA 11.0 mm 4.76 mm
Imperial SPGG 3.5(3.5)2 DA 0.433" 0.187"

Recommended Cutting Parameters

Workpiece Material Vc (m/min) fn (mm/rev)
Aluminum (wrought/cast) 400 - 1500 0.08 - 0.25
Copper / Brass / Plastic 200 - 600 0.05 - 0.20

Required Toolholders

This insert is precision-matched for: SCLC / SCAC / SCF series toolholders (11-degree relief angle).


Industrial Applications

  • High-speed finishing of aerospace aluminum structural components.
  • Mirror-finish turning of electronic heat sinks and polished connectors.
  • Precision machining of medical-grade polymers and plastics.
  • Automatic lathe operations for high-gloss brass and copper parts.

TaeguTec Grade Comparison (ISO N)

K10 (Sharp Specialist)
Uncoated fine-grain carbide. The industry standard for Aluminum. Maximum sharpness.
DLC Grades
Diamond-like carbon coated. Best for highly abrasive high-silicon aluminum (>12% Si).

Why Professional Machinists Choose TaeguTec

The SPGG110408DA K10 represents the peak of non-ferrous finishing technology. Unlike generic inserts, TaeguTec’s K10 grade substrate is engineered for chemical stability against aluminum adhesion. When your shop requires mirror finishes and 100% repeatability, TaeguTec provides the technical edge to outperform the competition.

★★★★★

"Unbelievable Gloss" - We use these on 6061 components. The surface is so smooth it looks like it was already polished.

— Lead Engineer (USA)
★★★★★

Sehr scharfe Schneidkante. Perfekt für unsere Aluminium-Produktion.

— Fertigungsleiter (Germany)
★★★★★

Finitura a specchio su ottone. Ottimo controllo del truciolo.

— Officina Meccanica (Italy)
★★★★☆

Highest precision for our Swiss machines. Sharp and reliable.

— CNC Manager (Japan)

Frequently Asked Questions

1. Can this insert be used for Stainless Steel?

No. The sharp edge and lack of thermal coating make it unsuitable for ISO M (Stainless). For stainless, we recommend TaeguTec TT9080 coated grades.

2. Why choose K10 uncoated over PVD coating for Aluminum?

Uncoated K10 allows the sharpest possible microscopic edge radius. In "gummy" materials like aluminum, a sharper edge is more effective than a coating at preventing Built-Up Edge.

💡 Pro Tip: To maximize the mirror effect in Aluminum, use high-speed air-oil mist or flood coolant to ensure the polished DA chipbreaker instantly clears all micro-chips.