PCD & CBN Superhard Lathe Inserts | High Wear Resistance for Cast Iron Turning
PCD & CBN Superhard Lathe Inserts | High Wear Resistance for Cast Iron Turning
Basic Properties
Country Of Origin
Anhui, China
Brand Name
Palton
Certificate
ISO
PRODUCT MODEL
2
Trading Properties
MOQ
10 pieces
Unit Price
$6.80-12 / piece
Payment Method
T/T
Supply Capacity
1000 pcs 25days
Product Summary
PCD & CBN Superhard Lathe Inserts Premium PCD and CBN super-hard lathe inserts engineered with ultra-high wear resistance, specially optimized for cast iron turning applications. These precision-crafted inserts deliver outstanding durability, extend tool service life, and maintain stable high...
Product Details
Highlight:
PCD lathe inserts for cast iron
,CBN superhard inserts high wear resistance
,PCD inserts for turning cast iron
Coating:
Titanium Aluminum Nitride (Tialn), Titanium Carbide (Tic), Titanium Nitride (Tin), Diamond-Like Carbon (Dlc), Tungsten Carbide Coating
Hardness:
62-68 HRC, 75-85 HRC, 90-95 HRC, >45 HRC
Blade Size:
16 Mm, 12 Mm, 10 Mm, 20 Mm, 32 Mm, 8 Mm, 25 Mm
Customized Support:
OEM, ODM, OBM
HRC:
65HRC, 60HRC, 55HRC, 45HRC
Shape:
Triangle, Round, Square, Rhombus, Polygonal, Trapezoid, Semi-Circular
Product Name:
PCBN Diamond Inserts
Material:
PCBN+Carbide
MOQ:
10 Pcs
Advantage:
Machining Of Non-ferrous Metals And Non-metallics
Package:
10pcs/plastix Box
Usage:
Machine Tool Processing
Color:
Slivery
Origin:
Anhui China
Sample:
5-10pcs
Product Description
PCD & CBN Superhard Lathe Inserts
Premium PCD and CBN super-hard lathe inserts engineered with ultra-high wear resistance, specially optimized for cast iron turning applications. These precision-crafted inserts deliver outstanding durability, extend tool service life, and maintain stable high-standard machining performance for long-term batch production.
Enhanced Performance Over Carbide Tools
Unlike ordinary carbide tools that suffer from rapid edge wear, blurred cutting lines, and degraded workpiece finish, our indexable milling cutters fitted with high-quality PCD inserts maintain consistent machining precision throughout the entire service cycle.
High-Rigidity Tool System
Adopting a high-rigidity tool body matched with standardized PCD insert installation structure, this milling cutter supports higher feed rates and deeper cutting depths. This configuration significantly shortens machining cycle time, improves workshop production efficiency, and addresses the pain points of low efficiency and frequent tool replacement in traditional cast iron processing.
Versatile Machining Performance
This modular milling cutter system utilizes interchangeable PCD inserts to achieve multi-process integrated machining, covering slotting, shoulder milling, profiling, facing, and other common milling operations. Users simply replace worn or specification-adjusted inserts rather than changing the entire cutter body, greatly simplifying workshop operation procedures.
Core Competitive Advantages
Flawless Workpiece Surface Quality
The ultra-smooth diamond cutting surface of PCD inserts ensures excellent workpiece surface integrity after one-time milling forming. This eliminates burrs, scratches, and uneven finishes caused by tool wear, removing the need for secondary finishing processes and reducing post-processing costs.
Stable High-Speed Machining Performance
High-hardness PCD inserts feature excellent thermal stability and impact resistance, effectively resisting thermal deformation and edge chipping under high spindle speeds and aggressive cutting parameters. This maintains stable cutting quality during long-term high-speed operation.
Flexible & Cost-Effective Tool Setup
The tool-free replacement design of PCD inserts allows rapid switching of machining specifications according to different workpiece geometries. This eliminates the need for multiple complete cutter bodies, reducing workshop tool inventory pressure and shortening job changeover time.
Adaptable to Dry and MQL Environmental Machining
With superior thermal conductivity, professional PCD inserts quickly transfer cutting heat to the chips, avoiding heat accumulation on the cutting edge. This feature is perfectly compatible with dry cutting and MQL micro-lubrication machining modes, reducing coolant consumption and operational costs.
Smooth Chip Evacuation for Stable Batch Production
Combined with the low-friction characteristic of diamond material and optimized cutter flute design, PCD inserts achieve smooth and continuous chip removal. This prevents chip jamming, residual chip re-cutting, and tool abrasion problems, ensuring consistent machining accuracy in large-batch continuous production.
For manufacturers seeking to enhance CNC throughput, our replaceable PCD insert milling cutters provide a cost-effective upgrade from traditional carbide tooling, delivering superior performance and extended tool life.
