Mitsubishi VBMT160408-MV NX2525 | Cermet Steel Turning Insert

$59.70 USD

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SKU: VBMT160408-MV NX2525
Description

VBMT160408-MV NX2525

Mitsubishi Materials | High-Speed Steel Finishing & Mirror Surface Texture

Precision Cermet Performance with Enhanced Edge Strength

The Mitsubishi VBMT160408-MV NX2525 is a 35° diamond Cermet turning insert designed for high-speed finishing where surface integrity is paramount. Unlike standard carbide, the NX2525 Cermet grade has a low affinity for steel, effectively eliminating Built-Up Edge (BUE). With its reinforced 0.8mm corner radius and MV (Medium-V) chipbreaker, this long-tail finishing insert allows for higher feed rates while maintaining the legendary "mirror finish" associated with Mitsubishi cermet technology.

NX2525 Cermet Grade | MV Medium-Duty Breaker | 0.8mm Radius for Feed Stability

Technical Code Identification

V
35° Diamond
B
5° Relief Angle
M
M-Class Tolerance
T
Hole with 60° Countersink
16
16mm Edge
04
4.76mm Thick
08
0.8mm Radius
MV
Medium Breaker

ISO (Metric) vs ANSI (Inch) Comparison

Feature Spec ISO (Metric) ANSI (Inch Equivalent)
Model Number VBMT160408-MV VBMT 332-MV
Inscribed Circle (IC) 9.525 mm 0.375" (3/8")
Corner Radius 0.8 mm 0.0315" (1/32")

NX2525 Cermet Advantage

The NX2525 grade is a non-coated Cermet that provides exceptional oxidation resistance. Its chemical inertness makes it the best finishing insert for carbon and alloy steels, as it prevents the "smearing" of material on the tool tip. This results in significantly longer tool life during high-speed finishing and maintains critical tolerances in CNC lathe operations.

MV Medium-V Chipbreaker

The MV chipbreaker is designed for versatility. By pairing it with a 0.8mm radius, you gain the ability to increase your feed rate without compromising chip control. The 16mm edge ($VBMT 332$) provides the necessary rigidity to handle the slightly higher cutting forces required for medium-depth profiling in steel and ductile irons.

Recommended Cutting Parameters

Material Group Speed ($v_c$) Feed ($f$) DOC ($a_p$)
Low Carbon Steel (A36/1018) 180 - 400 m/min 0.10 - 0.30 mm/rev 0.3 - 2.0 mm
Alloy Steel (4140/8620) 150 - 320 m/min 0.08 - 0.25 mm/rev 0.3 - 1.5 mm

COMPATIBLE HOLDERS

Designed for SVJBR/L 16 or SVVBN 16 external holders and heavy-duty Internal Boring Bars.

Shop 16mm Profiling Holders →

💡 Technical Pro-Tips: Cermet Optimization

  • NX2525 vs Carbide: Use NX2525 for final passes where surface finish is the priority. Use UE6020 Carbide for roughing or if you encounter heavy interrupted cuts, as Cermet is more brittle.
  • Radius Strength: The 0.8mm radius (VBMT 332) provides much better edge stability than the 0.4mm version. It is ideal for larger parts where vibration control is managed by depth of cut.
  • Coolant Strategy: While Cermets can run dry to avoid thermal shock, if using coolant, ensure it is high-volume flood coolant to prevent intermittent cooling, which can lead to micro-cracking.

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