Mitsubishi CCMT060204 VP15TF Carbide Turning Insert – CVD Coated, Steel & Stainless

$41.79 USD

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

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Description
ISO CCMT VP15TF Grade CVD Coated Mitsubishi Materials

Mitsubishi CCMT060204 VP15TF Carbide Turning Insert – CVD Coated for Steel & Stainless Machining

Precision-engineered for high-efficiency external turning of carbon steel, alloy steel, and stainless steel. Engineered with Mitsubishi's advanced CVD multi-layer coating for superior wear resistance and extended tool life.

Product Overview

"Which carbide insert is best for finishing and semi-finishing carbon steel and stainless steel on a CNC lathe?"

The Mitsubishi CCMT060204 VP15TF is a 80° diamond-shaped (rhombic) carbide turning insert designed for finishing to semi-finishing operations on steel and stainless steel workpieces. The VP15TF grade features a CVD multi-layer coating (TiCN + Al₂O₃ + TiN) applied over a fine-grain carbide substrate, delivering an exceptional balance of hardness, toughness, and thermal resistance.

The 04 chipbreaker geometry (medium-light chip control) produces tight, manageable chips at moderate feed rates, reducing vibration and improving surface finish — ideal for precision turning applications where Ra values matter.

Search Keywords:

CCMT060204 VP15TF Mitsubishi carbide insert CCMT 06 02 04 CVD coated turning insert steel turning insert stainless steel insert CNC lathe insert VP15TF grade CCMT insert for steel finishing turning insert ISO P15 carbide Mitsubishi turning grade

Model Code Decoder – CCMT060204 VP15TF

Every character in the ISO insert designation carries precise engineering meaning:

CInsert Shape
80° Diamond (Rhombic)
CClearance Angle
7° (Type C)
MTolerance Class
±0.05–0.13mm
TFixing Method
Hole + Clamp (T-land)
06Cutting Edge Length
6.35mm (1/4")
02Insert Thickness
2.38mm
04Corner Radius
0.4mm (R0.4)
VPGrade Series
Mitsubishi VP Series
15ISO Application
P15 – Steel Turning
TFChipbreaker
Medium-Light Geometry

Key Features

🔷 CVD Multi-Layer CoatingTiCN + Al₂O₃ + TiN layers provide superior crater wear resistance and thermal barrier at high cutting speeds.
🔷 Fine-Grain Carbide SubstrateHigh-toughness substrate resists chipping and micro-fractures during interrupted cuts and variable stock conditions.
🔷 TF Chipbreaker GeometryOptimized for light-to-medium feeds; produces short, curled chips and reduces cutting forces for better surface finish.
🔷 80° Diamond Insert ShapeVersatile CCMT geometry allows both external turning and facing operations with strong cutting edge strength.
🔷 R0.4 Corner RadiusIdeal for finishing passes — minimizes surface roughness while maintaining edge strength for semi-finishing.
🔷 ISO P15 Application RangeOptimized for carbon steel, alloy steel, and austenitic stainless steel at moderate-to-high cutting speeds.

Technical Specifications

Metric & Imperial Dimensions

Parameter Metric Imperial
Insert Shape 80° Diamond (C) 80° Diamond (C)
Cutting Edge Length (L) 6.35 mm 0.250 in
Insert Thickness (S) 2.38 mm 0.094 in
Corner Radius (rε) 0.4 mm 1/64 in
Inscribed Circle (IC) 6.35 mm 1/4 in
Clearance Angle
Tolerance Class M (±0.05–0.13 mm) M (±0.002–0.005 in)
Hole Diameter 2.8 mm 0.110 in
Grade VP15TF VP15TF
Coating CVD (TiCN + Al₂O₃ + TiN) CVD (TiCN + Al₂O₃ + TiN)
ISO Application P10–P25, M10–M20 P10–P25, M10–M20
Chipbreaker TF (Medium-Light) TF (Medium-Light)
Packaging 10 pcs / box 10 pcs / box

Recommended Cutting Parameters

Workpiece Material Cutting Speed Vc (m/min) Cutting Speed Vc (SFM) Feed Rate fn (mm/rev) Feed Rate fn (in/rev) Depth of Cut ap (mm)
Carbon Steel (P) 200–350 656–1148 0.10–0.25 0.004–0.010 0.3–2.0
Alloy Steel (P) 150–280 492–919 0.10–0.20 0.004–0.008 0.3–1.5
Stainless Steel (M) 120–220 394–722 0.08–0.18 0.003–0.007 0.2–1.5
Cast Iron (K) 150–250 492–820 0.10–0.25 0.004–0.010 0.5–2.0

* Parameters are starting recommendations. Adjust based on machine rigidity, coolant, and workpiece condition.

🔧 Compatible Tool Holders (CCMT060204)

The CCMT060204 insert is compatible with the following Mitsubishi and standard ISO tool holders:

SCLCR/L 1212H06
12mm shank, external turning, 95° lead angle
SCLCR/L 1616H06
16mm shank, external turning, 95° lead angle
SCLCR/L 2020K06
20mm shank, heavy-duty external turning
SCLCR/L 2525M06
25mm shank, high-rigidity external turning
A16R-SCLCR06
Boring bar, 16mm bore, internal turning
A20R-SCLCR06
Boring bar, 20mm bore, internal turning

Contact us to confirm compatibility with your specific machine setup.

Applications

External TurningFinishing and semi-finishing of shafts, pins, and cylindrical components in carbon and alloy steel.
Facing OperationsSmooth face turning on steel flanges, discs, and end faces with excellent surface finish.
Stainless Steel TurningAustenitic and martensitic stainless steel (304, 316, 17-4PH) at controlled cutting speeds.
Automotive ComponentsCrankshafts, camshafts, transmission shafts, and brake components in medium-carbon steel.
Aerospace PartsPrecision turning of landing gear components, actuator rods, and structural steel parts.
General EngineeringHydraulic cylinders, pump housings, valve bodies, and general machined steel components.

Mitsubishi Grade Comparison – Steel Turning

Choosing the right grade for your application:

Grade Coating ISO Range Best For Speed Range
VP05RT CVD P05–P15 High-speed finishing, hardened steel Very High
VP15TF ✓ CVD P10–P25 Finishing to semi-finishing, steel & SS High
VP20RT CVD P15–P30 Semi-finishing, interrupted cuts Medium-High
VP30RT CVD P25–P40 Roughing, heavy interrupted cuts Medium
UE6110 PVD P05–P20 Finishing, low cutting forces High
US735 PVD M05–M25 Stainless steel specialist grade Medium-High

✓ = Current product. Highlighted row indicates VP15TF position in the lineup.

Why Choose Us

🏭
Authorized DistributorGenuine Mitsubishi Materials products with full quality guarantee.
🚀
Fast Global ShippingWorldwide dispatch with tracked shipping and reliable delivery.
🔬
Technical SupportExpert CNC tooling advice from experienced application engineers.
📦
Bulk PricingVolume discounts available for production quantities. Contact us.
100% GenuineAll inserts sourced directly from Mitsubishi Materials — no counterfeits.

Customer Reviews

★★★★★
James T.
🇺🇸 United States

"Running these on 4140 alloy steel at 280 m/min — surface finish is outstanding. Tool life is noticeably better than the competitor grade I was using before. Will be ordering in bulk."

★★★★★
Klaus M.
🇩🇪 Germany

"Sehr gute Standzeit bei der Bearbeitung von 1.4301 (304 Edelstahl). Die TF-Spangeometrie erzeugt kurze, saubere Späne. Klare Empfehlung für Finishing-Operationen."

★★★★☆
Marco R.
🇮🇹 Italy

"Ottima qualità per la tornitura di acciaio al carbonio. Ho ottenuto Ra 0.8 su alberi in C45 senza problemi. Spedizione rapida e imballaggio professionale."

★★★★★
Hiroshi K.
🇯🇵 Japan

"VP15TFグレードはSUS304の仕上げ加工に最適です。切削抵抗が低く、工具寿命も安定しています。三菱マテリアルの品質は信頼できます。"

★★★★★
David L.
🇬🇧 United Kingdom

"Used these for a batch of 316 stainless shafts. Consistent performance across the whole batch — no premature edge failure. The R0.4 nose radius gives a great finish."

★★★★☆
Chen W.
🇨🇳 China

"在加工45号钢时表现非常稳定,切削速度250m/min,进给0.15mm/rev,表面粗糙度Ra1.6轻松达到。性价比高,会持续采购。"

★★★★★
Andrei P.
🇷🇴 Romania

"Excellent insert for automotive shaft production. We machine 42CrMo4 steel and these inserts last 30% longer than our previous supplier. Highly recommended."

Frequently Asked Questions

Q1: What materials is the CCMT060204 VP15TF best suited for?
The VP15TF grade is optimized for carbon steel (ISO P), alloy steel (ISO P), and austenitic stainless steel (ISO M). It performs best in finishing to semi-finishing operations (ap 0.2–2.0mm) at moderate-to-high cutting speeds. It is not recommended for titanium, hardened steel above 45 HRC, or non-ferrous materials.
Q2: What is the difference between VP15TF and VP20RT?
VP15TF is designed for higher cutting speeds and finer finishes with a harder coating optimized for wear resistance. VP20RT has a tougher substrate and is better suited for semi-finishing with interrupted cuts or variable stock. Choose VP15TF for smooth, continuous cuts; VP20RT for more demanding conditions.
Q3: Which tool holder do I need for the CCMT060204 insert?
You need an SCLCR/L or SCLCL series tool holder with a 06 pocket size (e.g., SCLCR1616H06 for 16mm shank). For boring applications, use an A-series boring bar (e.g., A16R-SCLCR06). Always verify the pocket designation ends in "06" to match this insert size.
Q4: Should I use coolant with VP15TF inserts?
For steel turning, flood coolant is recommended to extend tool life and improve chip evacuation. For stainless steel, use high-pressure coolant if available to prevent built-up edge (BUE). Dry cutting is possible at lower speeds but will reduce tool life. Avoid intermittent coolant application as thermal shock can cause coating delamination.
Q5: How many cutting edges does the CCMT060204 have?
The CCMT060204 is a single-sided insert with 2 usable cutting edges (one on each end of the 80° diamond shape). When one edge is worn, simply rotate the insert to use the second edge before replacing. This doubles the effective tool life per insert.

💡 Grade Selection Tips – Mitsubishi VP Series

  • VP05RT / VP10RT: Best for high-speed finishing of hardened steel and cast iron. Maximum wear resistance, lower toughness.
  • VP15TF (This Product): Ideal balance for finishing to semi-finishing of steel and stainless. Most versatile grade in the VP series.
  • VP20RT / VP25RT: Choose when machining interrupted cuts, forged surfaces, or variable stock allowances in steel.
  • UE6110 (PVD): Prefer for low-cutting-force applications, thin-wall parts, or when minimizing heat generation is critical.
  • US735 (PVD): Dedicated stainless steel grade — use when machining 316L, Duplex, or super-austenitic grades.
  • Rule of thumb: CVD grades (VP series) excel at high speeds; PVD grades (UE/US series) excel at lower speeds with sharp edges.