Carbide Turning Insert PLYTKA RCMT 10T3 MOSN BP35A, Pafana

PLYTKA RCMT 10T3 MOSN BP35A by Pafana is a carbide turning insert engineered for lathe metalcutting operations. The RCMT 10T3 geometry denotes a rhombic insert shape and a size suitable for both external and internal turning. This insert is intended for precision material removal, profile finishing and general turning where a replaceable indexable cutting tip is required.

Advantages

The carbide grade and coating combination provides wear resistance and stability under typical turning conditions, helping to maintain dimensional accuracy and surface finish. The rhombic RCMT form allows multiple index positions for economical use of the insert and supports both finishing and light to moderate roughing passes. The standardized shape and clamping interface make it compatible with common toolholders designed for indexable turning inserts.

Suitable for

• External turning of shafts and cylindrical parts
• Internal turning and light boring operations
• Profile finishing and contouring on lathes
• General-purpose steel and alloy machining where a coated carbide insert is appropriate

Key specifications

• Insert geometry: rhombic (RCMT-style)
• Insert size: 10T3 profile suitable for small to medium lathe tooling
• Material: cemented carbide substrate
• Coating/grade: wear-resistant coated grade optimized for turning
• Indexable design: multi-edge usable insert for economical replacement

How to use

Install the RCMT 10T3 insert into a compatible indexable turning toolholder and secure it according to the toolholder manufacturer's tightening recommendations. Select cutting parameters (cutting speed, feed and depth of cut) appropriate to the workpiece material, toolholder rigidity and machine capability. Use coolant or appropriate lubrication when recommended for the material and grade to extend insert life and improve surface finish. Rotate or index the insert to a fresh cutting edge when wear affects dimensional accuracy or surface quality.

Usage recommendations

For best results, match cutting speeds and feeds to the workpiece material: moderate speeds for hard or heat-sensitive alloys, higher speeds for mild steels when coolant and machine rigidity allow. Inspect clamping and insert seating before each operation to ensure consistent cutting conditions and replace the insert when chipping or bluntness is detected.