About GEK-2B R2.5xD5x10x50 (65HRC)
GEK-2B R2.5xD5x10x50 is a high-precision solid carbide corner radius end mill designed for stable CNC milling, edge strengthening, and improved surface finishing in demanding machining applications. Manufactured from premium carbide rod, this cutter offers excellent rigidity, high wear resistance, and extended tool life. The R2.5 corner radius design reduces edge chipping, distributes cutting load evenly, and enhances tool durability during high-speed milling operations.
These carbide end mill tools are widely used in die and mould machining tools, aerospace component manufacturing, railway parts production, and carbide cutting tools for auto components where precision and reliability are critical. The tool performs efficiently on materials such as P20 steel, SS304, EN8, EN19, and medium hardness steels, depending on coating and machining parameters. As part of advanced high performance end mills and CNC cutting tools manufacturers range, it ensures consistent dimensional accuracy and smooth machining performance.
SUKHMANI TOTAL SOLUTIONS is a trusted industrial cutting tools supplier and CNC tools supplier in India, delivering precision carbide tools for die mould, aerospace, railway, and automotive industries.
Precision for Demanding ApplicationsEngineered for high-performance tasks, this end mill is ideal for mould and die industries where high hardness, accuracy, and durability are essential. Its ball nose profile and high-grade micro grain carbide material deliver consistent results on alloy steel, cast iron, and tool steel.
Durability and Wear ResistanceWith AlTiN (Aluminum Titanium Nitride) nano-coating, the tool maintains sharpness and integrity under high-speed and high-heat operations. This coating-coupled with the polished finish-extends tool life and minimizes downtime, benefiting productivity and cost efficiency.
Versatility Across Machining ProcessesThis 2-flute CNC milling cutter supports both wet and dry cutting, enabling flexibility in machining processes. Its compatibility with CNC machines and automatic machining centers makes it suitable for diverse operations, ensuring superior outcomes in finishing, profiling, and engraving tasks.
FAQ's of GEK-2B R2.5xD5x10x50 (65HRC):
Q: How should the GEK-2B R2.5xD5x10x50 be used for best results?
A: For optimal performance, mount the end mill on a compatible CNC machining center, ensure correct RPM settings, and use appropriate cutting parameters for material hardness. Employ wet or dry cutting as needed, and always secure the workpiece firmly for precision milling.
Q: What materials can this ball nose end mill machine effectively?
A: The end mill is suitable for hardened steel up to 65 HRC, cast iron, alloy steel, and tool steel. It performs exceptionally well in challenging materials, delivering high-precision results and outstanding surface finish.
Q: When is it advisable to use this tool's wet or dry cutting capabilities?
A: Wet cutting is recommended for prolonged operations or when managing high heat in hardened materials, as coolant helps extend tool life. Dry cutting can be used for short tasks or softer materials, benefiting from the AlTiN coating's thermal resistance.
Q: Where is the GEK-2B R2.5xD5x10x50 typically applied in industry?
A: This end mill is primarily used in the mould and die, tooling, and precision component industries across India. It is ideal for CNC machining centers engaged in finishing, profiling, and engraving applications that demand fine accuracy and reliability.
Q: What are the benefits of using a nano-coated ball nose end mill in high-precision machining?
A: The AlTiN nano-coating enhances wear resistance, heat stability, and lubricity, resulting in longer tool life and reduced downtime. Its high hardness enables it to sustain high cutting forces, making it ideal for machining tough, abrasive materials.
Q: Which process ensures the tool's high accuracy and longevity?
A: The micro grain solid carbide construction, combined with precision grinding and advanced AlTiN coating processes, ensures high cutting accuracy, wear resistance, and an extended service life during precision milling.