10pc Kyocera FTK 5 PR930 – Cut-Off & Grooving Insert (High-Speed, PR930 Grade)
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Kyocera FTK5 PR930 – Cut-Off & Grooving Insert (10 pcs High-Speed, PR930 Grade)
The Kyocera FTK5 PR930 is a high-precision cut-off and grooving insert designed for high-speed parting and precision groove machining. It features Kyocera’s advanced PR930 MEGACOAT carbide grade, providing excellent wear resistance, heat resistance, and stability during continuous cutting. The FTK5 insert ensures clean parting surfaces, minimal burr formation, and long tool life in both wet and dry cutting environments.
Key Features & Benefits
- PR930 Grade: Fine-grain carbide substrate with MEGACOAT PVD coating for superior wear resistance and heat stability.
- High-Speed Capability: Designed for precision cutoff and grooving at elevated cutting speeds.
- Stable Performance: Reinforced cutting edge reduces chipping and vibration during high-load operations.
- Excellent Surface Finish: Produces smooth parting surfaces with minimal burrs or deformation.
- Reliable Chip Control: Optimized chipbreaker design ensures efficient chip evacuation and stability.
Technical Specifications
- Designation / Order Code: FTK5 PR930
- Insert Type: Cut-Off / Grooving Insert
- System: FTK Series
- Material: PVD-Coated Carbide
- Grade: PR930 – High-Speed, General-Purpose Grooving
- Application: Cut-off and external grooving of steel and stainless steel
- Cutting Width (CW): 5.0 mm
- Cutting Depth (CDX): up to 20 mm
- Corner Radius (RE): 0.25 mm
- Tolerance (CW): ±0.05 mm
- Applicable Materials: Steel (P), Stainless Steel (M)
- Recommended Cutting Speed (Vc): 120 – 250 m/min
- Feed Rate (f): 0.03 – 0.20 mm/rev
- Coolant: Wet or Dry (Wet preferred for longer tool life)
- Applicable Toolholders: KGDR, KGDL, and GDF Series Holders
- Pack Quantity: 10 pcs
About Kyocera PR930:
Kyocera’s PR930 grade utilizes an advanced MEGACOAT PVD coating for enhanced wear and heat resistance. Engineered for reliable performance in cutoff and grooving applications, it delivers exceptional edge stability, smooth chip control, and consistent parting accuracy across various steel and stainless-steel materials.