T Slot 12xH2.5×60 4T

Description

T Slot 12xH2.5×60 4T is a robust solid carbide T-slot cutter engineered for precision CNC machining of deep T-slots, undercuts, and clamping grooves in engineering materials up to 55 HRC. This cutter is widely used in die & mould manufacturing, jig and fixture production, CNC machine tables, fixture plates, and precision mechanical assemblies, where accurate slot width, controlled depth, and clean side walls are essential for secure clamping and repeatable assembly.

Manufactured from premium micro-grain carbide rod, this CNC T-slot milling cutter delivers excellent edge strength, wear resistance, and thermal stability, ensuring consistent performance in P20 steel, stainless steel, EN8, EN19, alloy steel, and medium-hardened materials. The 4-tooth (4T) cutting geometry provides balanced cutting forces and smooth chip evacuation, minimizing vibration and enabling stable slotting with superior surface finish and extended tool life during continuous operations.

With a 12 mm slot width, 2.5 mm neck height (H2.5), and 60 mm overall length, this cutter is ideal for machining medium-to-deep T-slots commonly required in fixture plates, mould bases, and heavy-duty clamping systems. The optimized cutter design ensures accurate slot geometry, clean slot bottoms, sharp edges, and minimal burr formation, reducing secondary finishing and improving overall machining efficiency.

This tool is commonly searched as carbide T-slot cutter, CNC T-slot milling tool, T-slot end mill, precision cutting tools India, carbide end mill tools, CNC cutting tools manufacturers, and industrial cutting tools suppliers, aligning with strong buyer intent for reliable, high-accuracy slot milling solutions.

The T Slot 12xH2.5×60 4T is extensively used in automotive tooling, die & mould bases, aerospace fixtures, jig and fixture manufacturing, and precision CNC machining environments, where repeatability, rigidity, and durability are critical. Its strong carbide construction supports stable cutting, reduced tool wear, and consistent slot quality across batch and production machining, helping improve productivity and reduce downtime.