Carbide tools remain the practical first choice for many turning, boring, grooving, drilling, reaming, and threading jobs where process stability and dimensional control come before diamond or CBN tooling. Use this category for Swiss-lathe inserts, carbide drills, grooving tools, boring tools, reamers, and small-part CNC machining work.
Tool typeBest fitMain limit
Carbide insertsGeneral turning, grooving, parting, and threadingGrade and geometry must match material and interruption
Carbide drillsSteel, stainless, aluminum, and production holemakingChip evacuation and coolant decide stability in deep holes
Carbide boring and reaming toolsSmall bores and tolerance-controlled holesRunout, overhang, and machine rigidity are critical
For an RFQ, send material, hardness, hole or feature size, tolerance, surface finish, machine model, holder, coolant, and current cutting data through Full RFQ.
Showing all 9 results
HEYI carbide cutting tools cover turning, grooving, threading, drilling, reaming, fine boring and selected special-tool applications. Start selection with the workpiece material, operation, tool dimensions and interface, hole or profile details, machine and workholding condition, tolerance, surface-finish target and coolant condition.
| Starting point | Typical review | Important RFQ details |
|---|---|---|
| Turning, threading and grooving inserts | External or internal turning, thread profiles, grooves and parting features. | Material, operation, insert or holder interface, dimensions, allowance, cut condition and finish. |
| Brazed, coated and through-coolant drills | Holemaking and stepped-hole features. | Diameter, step dimensions, depth, through or blind hole, coolant method, tolerance and runout. |
| Reamers and fine-boring tools | Hole sizing and finishing after the preceding operation is defined. | Existing hole condition, final diameter, tolerance, finish, reach, machine interface and rigidity. |
| Special punches and drawing-based carbide tools | Non-standard profiles and application-specific features. | Drawing or current-tool sample, material, dimensions, tolerance, inspection method, quantity and timing. |
Application review, tool preparation, precision grinding, magnified inspection and suitable reconditioning review are completed in the factory. The exact route depends on tool construction, workpiece material, operation and required result.
Send the workpiece material, operation, drawing or current tool, tool dimensions and interface, allowance or hole condition, machine and workholding, coolant condition, tolerance, finish target, current problem, quantity and timing.
Start with the machining operation and required feature. Turning, threading and grooving usually begin with insert and holder details; drilling starts with hole geometry and coolant; reaming and fine boring require the existing-hole condition plus the final tolerance and finish.
HEYI can review non-standard carbide geometries from a drawing or current-tool sample. Feasibility is confirmed only after the material, operation, dimensions, interface and inspection requirements are checked.
PCD is generally reviewed for abrasive non-ferrous materials, composites and graphite. PCBN/CBN is generally reviewed for selected hardened ferrous materials and cast iron. The final choice depends on the workpiece, cut condition, rigidity and required result.
Send the drawing or current tool, workpiece material, operation, dimensions and interface, allowance or existing-hole condition, machine and workholding, coolant condition, tolerance, finish target, current problem, quantity and timing.
