Milling Insert NEK GPP14016 2T

Material: Cemented Carbide
Sales Models: Factory-direct sales
Min Order: 1pcs

Model:
GPP140162T(D16-￠14.0－40-100L-2T)
Brand:
NEK
Code:
NEKOEMXD12012
Type:
Milling Insert
Application:
Automobile, machine tool, aviation, mould
Package Type:
1pc

Availability:

Quantity:



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Overview

Milling inserts are high-performance, indexable cutting tools engineered to maximize productivity in CNC milling, face milling, and contouring operations across diverse materials—from soft plastics to hardened steels (up to 65 HRC). Featuring state-of-the-art carbide substrates and nano-engineered coatings, these inserts deliver aggressive metal removal rates while maintaining micron-level precision. Their modular design allows quick edge replacement, minimizing machine downtime in high-volume production environments. Ideal for aerospace, automotive, and mold-making industries, modern milling inserts incorporate smart geometries and adaptive edge technologies to tackle vibration, heat, and chip control challenges in dynamic machining scenarios.

Applications

Milling inserts drive efficiency in large-scale and precision-critical operations. In the energy sector, they mill turbine blade root forms in Inconel 718 for power generation systems. Automotive Tier 1 suppliers deploy them for high-speed face milling of EV battery housings from aluminum 6061. Die & mold shops utilize ball nose inserts with radius compensation to machine intricate 3D cavities in H13 tool steel. For composite manufacturers, polycrystalline diamond (PCD) inserts deliver burr-free edges on carbon fiber-reinforced polymers. Mining equipment manufacturers rely on anti-vibration inserts to process cast iron crusher components. Additionally, their use extends to artistic metalwork for sculptural detailing and to aerospace for milling lightweight titanium honeycomb structures. With customizable edge hone sizes (5-50µm) and wiper geometries, these inserts achieve mirror finishes (Ra ≤ 0.2µm) in finishing passes for optical and hydraulic components.

2 Flute End Mill

Understanding the exact technical parameters of your cutting tools is critical for seamless integration into existing CNC programming and tool management systems. The following specifications outline the precise dimensional, material, and logistical attributes of the NEK GPP14016 2T. These metrics ensure that procurement teams and floor managers can accurately forecast tool life, establish optimal cutting data, and maintain stringent inventory control. Every parameter reflects a commitment to standardized excellence, ensuring that each insert performs identically to the last, providing absolute reliability for your most demanding manufacturing projects.

Parameter	Specification
Model	GPP140162T(D16-￠14.0－40-100L-2T)
Brand	NEK
Code	NEKOEMXD12012
Type	Milling Insert
Material	Cemented Carbide
Application	Automobile, machine tool, aviation, mould
Package Type	1pc
Min Order	1pcs
Sales Models	Factory-direct sales

Achieving superior surface finishes while maximizing material removal rates requires a tool engineered with uncompromising precision. This milling insert is designed to resolve the most common bottlenecks in heavy industrial machining.

Vibration-Dampening Architecture: Engineered with asymmetric cutting edges, this tool actively disrupts harmonic resonance. This means your spindles experience less wear, and operators can push feed rates higher without the deafening screech of chatter.
Thermal Deflection Capability: The specialized multi-phase surface treatment acts as a robust thermal shield. Instead of heat soaking into the tool body and causing premature deformation, extreme temperatures are sheared away with the chip, keeping the cutting edge structurally sound.
Rapid-Indexing Modular Design: Time spent changing tools is time not cutting metal. The precise locational geometry allows operators to index the cutting edge in seconds, restoring micron-level accuracy without the need for exhaustive machine recalibration.
Anti-Adhesion Topography: When machining sticky alloys or non-ferrous metals, built-up edge (BUE) can destroy a workpiece. The ultra-smooth, friction-reducing surface ensures chips evacuate cleanly and rapidly, preventing material welding and protecting the integrity of the final part.

Advanced Machining Capabilities

To maintain a competitive edge in high-stakes manufacturing, every component must deliver measurable operational improvements. The NEK GPP14016 2T is engineered across seven critical dimensions to optimize your entire production workflow.

Material & Substrate Excellence: Built upon a 0.4µm micro-grain cemented carbide foundation, this insert achieves an impeccable balance between fracture toughness and wear resistance. It effortlessly slices through high-hardness materials up to 65 HRC, drastically extending the active lifespan of the tool.
Coating & Thermal Technology: Utilizing a nano-engineered hybrid coating system (AlTiN/SiN or CVD diamond) combined with advanced thermal barrier technology, flank wear is slashed by 50%. The tool maintains extreme hardness even when subjected to 1,200°C during high-speed machining (HSM), completely preventing thermal deformation.
Geometry & Chip Control: Featuring a sophisticated 3D chipbreaker, asymmetric edges, and variable pitch geometry, it suppresses harmonic vibrations at the source. This allows for a 30% increase in depth of cut during aggressive roughing while eliminating built-up edge issues in sticky materials.
Precision & Surface Finish: Customizable edge hone sizes ranging from 5 to 50µm, paired with specialized wiper geometries, enable mirror-like surface finishes (Ra ≤ 0.2µm) during finishing passes. This meets the uncompromising tolerance demands of optical and hydraulic component manufacturing.
Industry Applications: This insert is highly adaptable to the most demanding sectors. It excels in milling titanium honeycomb structures for aerospace, high-speed facing of aluminum battery housings for electric vehicles, contouring H13 tool steel 3D cavities for molds, and machining Inconel 718 turbine blades for the energy sector.
Digital Integration & Traceability: Equipped with a scannable QR code, the insert seamlessly integrates with Industrial IoT platforms. This empowers floor managers to track real-time wear, execute predictive tool life analytics, and drive intelligent, digitized shop-floor management.
Cost Efficiency & Supply Chain: Operating on a factory-direct model with a minimum order quantity of just one piece, procurement risk and trial costs are minimized. The modular indexing design ensures rapid edge replacement, significantly cutting down machine idle time and lowering overall manufacturing overhead.