Carbide Inserts for Turning, Milling, Grooving, Threading & Drilling
2,000+ Regularly Supplied SKUs | Trial MOQ from 10–100 pcs | OEM & Private Label Available
Carbide Inserts
Premitools offers a broad range of ISO and application-specific carbide inserts for turning, milling, grooving, threading, and other metal cutting operations. Multiple carbide grades, PVD and CVD coatings, chipbreakers, geometries, and edge preparations are available to match different workpiece materials, cutting conditions, and performance requirements—from finishing to heavy-duty roughing.
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WNMG0804-Tungsten Carbide Lathe Tools For Steel Processing
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14 μm wear-resistant coating
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Strong deformation resistance
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Up to 30% longer tool life
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WNMG-BTM – Tungsten Carbide Turning Inserts for Steel Machining
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Sharp BTM cutting edge
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Excellent chip breaking
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Smooth chip evacuation
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WNMG0804-Tungsten Carbide Lathe Tools For Steel Processing
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Long-life CVD coating
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Efficient chip removal
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Strong edge for deep cutting
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VCMT-Tungsten Carbide Indexable Inserts
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CVD & PVD coated grades
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35° precision turning geometry
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Finish to rough machining
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SDUCL-Turning Holder For Small Auto Parts
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HRC 42–46 hardened holder
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Strong vibration resistance
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Stable precision turning
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Anti-vibration Tungsten Carbide toolholder
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Strong anti-vibration rigidity
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Stable deep-hole machining
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Long-life carbide toolholder
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TNMG1604-Tungsten Carbide Turning Inserts
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Long-life CVD coated insert
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Excellent chip-breaking groove
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Strong edge for rough turning
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KNUX-Tungsten Carbide Turning Inserts for steel processing
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Long-life CVD coating
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55° rhombic cutting edge
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Finish to rough steel turning
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CNMG-Tungsten Carbide Indexable Inserts For Steel Processing
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CVD coated carbide insert
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Low resistance groove design
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Finish to rough steel turning
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Ceramic Inserts RNGN,RCGX, CNGA and more
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SiC whisker-reinforced ceramic insert
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Exceptional hardness & fracture toughness
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Superior wear & thermal shock resistance
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Positive Inserts Lathe Tools
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Anti BUE aluminum finishing insert
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Ultra precise G grade tolerance
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Sharp edge for mirror finish
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DCGT–Tungsten Carbide Turning Inserts for Aluminum and non-ferrous metals processing
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Anti BUE aluminum finishing insert
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Ultra precise G grade tolerance
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Sharp edge for mirror finish
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Threading holder
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High rigidity multi-quench steel
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30-50% longer insert life
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Full thread standard compatibility
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Threading inserts
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Full thread standard coverage
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High precise thread profile
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Boost life with matched holders
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TPKN Face milling insert
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Four edges, cost-effective
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Smooth cutting & chip removal
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Heat-resistant PVD nano coating
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SOMT Face Milling Inserts
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Four edges, cost-effective
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Smooth cutting & chip removal
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Heat-resistant PVD nano coating
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Milling Inserts for Aluminum machining SEKT
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Polished, no built-up edge
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Swiss ground, ultra-precise
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Dedicated for aluminum cutting
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ZNMX Shoulder milling insert
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Six cutting edges, cost-effective
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Three grades for steel & stainless steel
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High removal rate shoulder milling
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Start with the Material You Machine
Insert performance depends on more than the ISO code. Substrate, coating, edge preparation and chipbreaker should be matched to the workpiece material and cutting conditions.
| ISO Material Group | Typical Materials | Selection Focus |
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| ISO P — Steel | Carbon steel, alloy steel and related steel machining applications | Balance wear resistance, toughness and chip control for general steel cutting |
| ISO M — Stainless Steel | Austenitic stainless steel, alloy stainless steel and difficult stainless materials | Manage heat generation, work hardening and built-up edge during machining |
| ISO K — Cast Iron | Grey cast iron, ductile iron and other cast-iron materials | Optimize edge strength, wear resistance and stable cutting performance |
| ISO N — Non-Ferrous Materials | Aluminum, copper and other non-ferrous alloys | Use sharp cutting geometries for clean cuts and reduced cutting resistance |
| ISO S — Heat-Resistant Alloys & Titanium | Titanium alloys, nickel-based alloys and heat-resistant materials | Improve heat management, wear resistance and edge stability under demanding conditions |
| ISO H — Hardened Materials | Hardened steel and high-hardness materials | Evaluate hardness, cutting speed, edge strength and wear resistance together |
Flexible Supply for Distributor Product Ranges
Support regular demand, trial orders and selected long-tail requirements without forcing every sourcing project into the same quantity or packaging model.
| Capability | Details |
| Regularly Supplied Product Range | 2,000+ regularly supplied carbide cutting tool and insert SKUs covering common machining requirements |
| Trial Order Support | MOQ from 10–100 pcs for many standard items, depending on product type and availability |
| Stock Support | Selected regularly supplied items are available from stock to support faster response and repeat orders |
| >OEM & Private Label | Support customized packaging and private-label supply for distributors developing their own product range |
| Customization Service | Evaluate selected non-standard requirements based on drawings, samples or application information |
Tested and Checked Before You Scale
Cross-reference is a starting point, not proof of performance. Where relevant test data is available, recommendations can be supported by actual cutting results. Inspection records and real inspection footage can also show how key product characteristics are checked before supply.
Cutting Test PreviewSelected machining data and recorded results from real applications. |
Inspection PreviewA closer look at the checks used before products move into supply. |
FAQ
Q1: Can I order a small quantity for testing?
A: Yes. Trial quantities typically start from 10–100 pcs for many standard carbide inserts, depending on the specific item and availability.
Q2: Can you cross-reference the carbide inserts I currently use?
A: Yes. Send the current brand and insert code as a starting point. Workpiece material and machining conditions help make the recommendation more reliable.
Q3: Does the same ISO insert code mean two brands will perform the same?
A: No. The ISO designation mainly defines dimensional and geometric characteristics. Substrate, coating, edge preparation and chipbreaker can still produce meaningful performance differences.
Q4: Do you support OEM or private-label carbide inserts?
A: Yes. OEM and private-label options are available for distributors and importers, subject to the specific product and packaging requirements.
Need help choosing the right cutting tools for your application?
Contact Premitools for product recommendations, technical support, pricing, and OEM or private-label solutions.