MPD85
Precision finishing of aluminum alloys and composite components.
Sharp edges and fine edge integrity for precision machining.
Ask about MPD85 →Original geometry illustration, not a product photograph. PCD segment layout, hole details and edge preparation require drawing confirmation.
A rhombic PCD turning insert family for aluminum and selected non-ferrous materials. Compare dimensions, select a specification and request a grade recommendation for your application.
Grade choice is an enquiry preference. Supply and compatibility will be confirmed.
Request a QuoteAsk an Application EngineerReference dimensions in mm. Select a row to carry its model into your enquiry.
| ISO model | IC | t | d | r | LE | Enquiry |
|---|---|---|---|---|---|---|
| CCMW 060202 | 6.35 | 2.38 | 2.8 | 0.2 | 2.4 | |
| CCMW 060204 | 6.35 | 2.38 | 2.8 | 0.4 | 2.4 | |
| CCMW 09T302 | 9.525 | 3.97 | 4.4 | 0.2 | 2.4 | |
| CCMW 09T304 | 9.525 | 3.97 | 4.4 | 0.4 | 2.4 | |
| CCMW 09T308 | 9.525 | 3.97 | 4.4 | 0.8 | 2.3 |
IC: inscribed circle · t: thickness · d: hole diameter · r: corner radius · LE: cutting-edge reference length. Dimensions from the October 2026 PCD catalog are selection references, not confirmed stock or manufacturing tolerances. Confirm the drawing before ordering.
Browse more PCD insert shapes →These are application references for the Huamin PCD range. Confirm the grade, segment layout and edge preparation for this model.
Precision finishing of aluminum alloys and composite components.
Sharp edges and fine edge integrity for precision machining.
Ask about MPD85 →Profile and thread turning, non-ferrous components, plastics and wear-resistant parts.
A balance of toughness, edge quality and electrical-discharge processability.
Ask about MPD02 →Fine finishing of aluminum alloys, PMMA and precision non-ferrous contours.
Balanced wear resistance and edge quality with good electrical-discharge processability.
Ask about MPD05 →General turning and roughing of low- to medium-silicon aluminum alloys; piston components.
A general-purpose balance of toughness and abrasive wear resistance.
Ask about MPD10 →High-silicon aluminum, MMC and graphite. Cemented carbide and ceramics require application-specific trials.
Wear-focused grade for abrasive workpieces.
Ask about MPD25 →High-silicon aluminum alloys, MMC and bimetallic components; evaluate each constituent material.
Fine and coarse diamond grains combined for balanced edge integrity and wear resistance.
Ask about MPD302 →Include alloy designation, silicon content, finishing allowance, required roughness and burr-control requirements.
Identify the exact material, abrasiveness, fillers and interruption level before deciding on grade and edge geometry.
Confirm the full insert code, seat and clamp. PCD tip layout, LE and edge preparation must match the operation.
Conventional PCD is generally not selected for steel or cast iron cutting. Mixed ferrous/non-ferrous workpieces need specific review.
View the PCD technical catalog →Confirm the full ISO code, seat, clearance and clamp arrangement. The family name alone does not confirm compatibility.
Provide the exact material, aluminum silicon content where relevant, machining operation, required finish and cutting conditions. Select “Please recommend” if unsure.
LE is the catalog cutting-edge reference length. Confirm the actual PCD segment layout and usable edge against the product drawing.
These are catalog reference specifications. Confirm the model, grade, quantity and drawing for supply and lead-time information.
Conventional PCD is generally not suitable for steel and cast iron cutting. Ask for a separate evaluation of any bimetallic or mixed-material operation.
Yes. Send dimensions, PCD segment requirements, edge preparation and application details for a feasibility review.
Send your material, insert code and quantity. Add silicon content, finish requirements and cutting conditions where available.