Superhard CBN PCD Lathe Cutting Inserts, High Wear Resistance Tools for Cast Iron Turning
Superhard CBN PCD Lathe Cutting Inserts, High Wear Resistance Tools 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
Superhard CBN PCD Lathe Cutting Inserts High wear resistance tools specifically engineered for cast iron turning applications. Product Overview Standard carbide cutting tools suffer from degraded surface finish once cutting edges wear down. Our indexable milling cutter fitted with premium PCD insert ...
Product Details
Highlight:
Superhard CBN PCD lathe inserts
,PCD inserts for cast iron turning
,High wear resistance lathe cutting tools
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
Superhard CBN PCD Lathe Cutting Inserts
High wear resistance tools specifically engineered for cast iron turning applications.
Product Overview
Standard carbide cutting tools suffer from degraded surface finish once cutting edges wear down. Our indexable milling cutter fitted with premium PCD insert delivers stable cutting performance across the full tool life cycle. Unlike conventional tooling that forces conservative parameters, this sharp PCD insert supports aggressive cutting feeds and depths to shorten cycle time without sacrificing part quality.
Complete Product Capabilities
Workshop flexibility matters for high-volume CNC jobs. Each interchangeable PCD insert lets you switch machining operations without replacing the entire cutter body. A single PCD insert delivers broader machining capability, cutting down frequent tooling swaps and reducing tool inventory costs. Most traditional carbide tools require emulsion or mist coolant, while our PCD insert runs reliably under dry or MQL machining, lowering consumable overhead and simplifying workshop maintenance.
Five Core Engineering Advantages
Surface Integrity Straight Off the Tool
When micron-level precision is required, the cutting edge defines your output. The diamond cutting face of the PCD insert generates ultra-smooth surface finish that meets drawing specifications directly off the machine. With this PCD insert, you can eliminate secondary grinding, polishing or deburring stations. Parts are ready for assembly or coating immediately after milling, speeding up your entire production workflow.
Speed Without Compromise
Higher spindle RPM, faster feed rates and aggressive depth of cut are fully achievable. The robust PCD insert resists thermal softening and edge chipping under heavy cutting loads. Aggressive machining parameters become sustainable, not risky. You get shorter cycle times and more finished parts per shift while preserving tool life and dimensional accuracy.
One Tool, Multiple Geometries
Slotting, shoulder milling, profiling and facing can all be completed on the same cutter body. Simply swap the PCD insert to adapt to varied part geometries and workpiece sizes. This reduces tool magazine congestion, simplifies setup and cuts downtime between production runs. Fewer stocked tools also means lower inventory carrying costs.
Dry Machining Capable
No mist collectors, no coolant concentration testing, no wastewater disposal headaches. Thanks to outstanding thermal conductivity, the PCD insert transfers cutting heat into the chip instead of trapping heat at the cutting tip. Dry or MQL (Minimum Quantity Lubrication) machining becomes viable, bringing lower running costs, a cleaner shop floor and a smaller environmental footprint.
Chip Flow That Keeps the Cut Clear
Optimized flute geometry works alongside the low-friction diamond surface of the PCD insert to eject chips cleanly from the cutting zone. Chip re-cutting, chip packing inside deep cavities and thermal buildup caused by clogged flutes are eliminated. Material removal stays consistent and predictable from the first workpiece to the last batch.
Technical Performance Summary
Conventional carbide tools lose surface quality as edges gradually wear. Our replaceable PCD insert maintains stable geometry and consistent finish throughout its entire service life. The PCD insert is engineered for high-speed milling, flexible job setup, dry machining and reliable chip evacuation for non-ferrous alloys and composite workpieces.
