TEX Series
All Your Stainless Steel Machining Needs, One-Stop Shop! TEX Series Milling Cutters for Stainless Steel – From Slotting to Finishing, There's a Perfect Choice for You.
304, 316, 420... Stainless steel machining comes with complex processes and a headache-inducing tool selection?
The TEX Series offers a complete solution ecosystem engineered specifically for stainless steel machining!
2-Flute End Mills – for slotting and deep cavities, chip evacuation like a storm; 4-Flute End Mills – for side wall finishing, mirror-like surfaces; Ball Nose End Mills – for complex curved surfaces, precision in a single pass; Corner Radius End Mills – for heavy-duty deep cuts, radius edge protection; Deep Groove Series – for long-reach deep cavities, rock-solid stability.
From roughing to finishing, from flat surfaces to curved contours, from shallow cavities to deep pockets – the TEX Series has it all, simplifying stainless steel machining from complexity to clarity.
TEX Series Stainless Steel Milling Cutters · Technical Commonality：
| Core Technology | Technical Analysis | User Value |
|---|---|---|
| AlTiN+Si Nano-Coating | Silicon addition forms a dense amorphous layer, oxidation resistance up to 800°C+, friction coefficient ≤0.35. | Maintains hardness at high temperatures, effectively blocks cutting heat, extending tool life by 30%-50%. |
| Ultra-Fine Grain Substrate | Grain size ≤0.5μm, hardness HRA 92.5, fracture toughness KIC ≥9.5MPa·m½. | Hard without brittleness, impact-resistant and wear-resistant, perfectly suited for the work-hardening characteristics of stainless steel. |
| Unequal Helix Design | 35°/38° unequal helix angle breaks cutting resonance frequency. | Stable cutting with no vibration marks, improved side wall surface quality, extended tool life. |
| Precision Edge Honing | Edge hone value precisely controlled between 0.015-0.025mm. | Perfect balance between sharpness and strength – no chipping, no gouging. |
| CFD-Optimized Chip Flutes | Flute geometry optimized through computational fluid dynamics simulation for smoother chip evacuation. | Rapid evacuation of long stainless steel chips, preventing tool burn caused by chip clogging. |
Full Coverage of Application Scenarios:
304/316 Austenitic Stainless Steel: Medical devices, food machinery, chemical equipment
420 Martensitic Stainless Steel: Cutlery, molds, medical instruments
Duplex Stainless Steel: Marine engineering, chemical equipment
Precipitation Hardening Stainless Steel: Aerospace, high-end manufacturing
