Y.T. Indexable T-Slot Cutter (3T) - Metric - 35 mm Saw Diameter for LNGT Inserts - Insert Width 1.6mm (3T1635-1.6)

The Y.T. Indexable T-Slot Cutter (3T2560-4.0) is a precision metric tool designed for CNC operations requiring accurate T-slot milling with LNGT inserts. Featuring a 35 mm saw diameter and Tapered-Polygon connection, this 3T configuration cutter provides stable centering and rapid insert renewal for high-efficiency manufacturing.

• Model & Design: Precision T-slot cutter model 3T2560-4.0 built with a 3T indexable arrangement to streamline insert management and facilitate quick changes.
• Dimensions & Material Scope: Metric construction with a 35 mm saw diameter tailored for LNGT inserts, incorporating a 1.6 mm insert width for specialized milling profiles.
• Tapered-Polygon Connection: Advanced interface mechanism that secures precise center positioning, enhances tool rigidity, and contributes to extended tool service life.
• UFO Insert Compatibility: Supports UFO-type inserts across varied diameters, thicknesses, and material grades, offering flexibility for different workpiece requirements.
• High Capacity Shanks: Each shank accommodates up to 400 inserts, with six shanks available to span the entire CAPTO range and access nine cutter configurations.
• Optimized Cutting Performance: Engineered geometry with dedicated cutting angles and chip removal channels to improve efficiency, achieving up to 3x the productivity of conventional HSS or welded cutters.

Elevate machining accuracy and consistency with the Tapered-Polygon connection, which eliminates center positioning errors and maintains precise alignment throughout complex T-slot milling tasks. The extensive insert coverage across the CAPTO range allows for optimized tooling setups tailored to specific materials, reducing the variety of cutters needed on the shop floor. Rapid insert replacement capabilities minimize downtime when wear occurs, as damaged inserts can be swapped without discarding the costly shank body. Enhanced chip evacuation and optimized cutting angles sustain higher feed rates and surface finishes, resulting in up to three times faster operation compared to traditional welding-based alternatives.