Premium Solid CBN Turning Inserts Lathe Cutting Tools For CNC Machining

Basic Properties

Country Of Origin

Anhui, China

Brand Name

Palton

Certificate

ISO

PRODUCT MODEL

Trading Properties

MOQ

10 pieces

Unit Price

$6.80-12 / piece

Payment Method

T/T

Supply Capacity

1000 pcs 25days

Product Summary

Premium Super‑Hard Solid CBN Turning Inserts, Wear‑Resistant Lathe Cutting Tools for CNC Machining Cast Iron, Hardened Steel Conventional Tooling PCD Outcome Surface Finish Degrades with edge wear Stable across tool life Cycle Time Conservative parameters Aggressive cutting feasible Setup Flexibilit...

Product Details

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Premium cbn turning inserts

CNC cbn turning inserts

CNC cbn cutting inserts

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

Usage: External Turning Tool

Applicable Machine: TURNING CENTER, Machining Center, CNC Lathe, Multi-Axis Lathe, Manual Lathe, Specialized Lathe, Automatic Lathe

Blade Size: 16 Mm, 12 Mm, 10 Mm, 20 Mm, 32 Mm, 8 Mm, 25 Mm

Blade Thickness: 1.0 Mm, 2.5 Mm, 0.5 Mm, 1.5 Mm, 2.0 Mm, 3.0 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

Product Description

Premium Super‑Hard Solid CBN Turning Inserts, Wear‑Resistant Lathe Cutting Tools for CNC Machining Cast Iron, Hardened Steel

Conventional Tooling

PCD Outcome

Surface Finish

Degrades with edge wear

Stable across tool life

Cycle Time

Conservative parameters

Aggressive cutting feasible

Setup Flexibility

Tooling changes per operation

Broader single-tool capability

Coolant Requirement

Emulsion/mist typically needed

Dry or MQL viable

Chip Evacuation

Marketing Voice (emotional, ideal for social media / landing pages)

1. One Pass. Done.
Precision isn't something you chase with downstream operations. The PCD tool delivers surface quality that makes secondary finishing obsolete. Fewer stations,
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faster throughput, and dimensional results a CMM would be proud of — batch after batch.

2. Speed That Actually Holds Up
Crank the RPM. Push the feed. Take a bigger bite. PCD tooling takes the abuse without flinching. No thermal softening. No edge crumbling. The end-of-shift parts count tells the whole story.

3. Fewer Tool Changes. More Chips.
One cutter handles slotting, shoulder milling, profiling, and facing across a range of part sizes. Leaner tool magazine, faster changeovers, and more spindle hours actually making parts — not waiting for setups.

4. Make Money. Make Less Mess.
Forget everything about coolant — buying it, mixing it, filtering it, disposing of it. PCD is built for dry machining. Heat rides out with the chip, not into the tool body. A dry floor, a cleaner environmental

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report, and one less consumable to worry about.

5. Chips Don't Linger Here
The flute design and diamond-edge surface work together to get every chip out of the way. No packing. No re-cutting. No heat buildup in deep pockets. Just smooth, predictable, uninterrupted cutting from entry to retract.

Version C — Technical Spec (rational, ideal for whitepapers / datasheets)

Advantage	Technical Mechanism	Engineering Outcome
As-Machined Surface Integrity	Sub-micron edge sharpness + ultra-low friction coefficient of PCD	Eliminates grinding/polishing secondary ops; batch-wide GD&T stability
High-Parameter Machining Capability	Superior thermal conductivity + hardness retention of diamond	Enables maximum

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RPM, aggressive feed rates, and deep cuts; reduced cycle time, higher throughput density
Multi-Operation Versatility	Single cutter platform supports multiple cutting geometries	Minimizes tool changes, reduces magazine SKU count, and simplifies fixturing complexity
Dry / MQL Compatibility	Heat preferentially conducts into the chip rather than the tool substrate	Eliminates coolant consumption and wastewater handling; improved shop-floor EHS metrics
Optimized Chip Evacuation	Spiral flute geometry + low-affinity diamond rake face	Prevents chip re-cutting, deep-cavity packing, and thermal buildup; ensures uninterrupted, predictable machining