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Double-Sided Pentagonal Face Milling Inserts

PNMU0905 Carbide Face Milling Inserts

Compare PNMU090508ENER-GM by dimensions, geometry and carbide grade. Match the PNMU0905 platform to compatible TEN09 face milling cutter bodies for stable facing and economical ten-edge indexing.

View PNMU Specifications Match TEN09 Cutters Request Pricing

PNMU090508ENER-GM carbide face milling insert

PNMU090508ENER-GM carbide insert

PNMU dimensions: L, T, D, BS and RE

Complete ModelPNMU090508ENER-GM

Insert DesignDouble-sided pentagonal platform

Cutting Edges10 usable cutting positions

Core DimensionsL 14.6 × T 5.56 mm

Grade OptionsD530, D570, D580, D7320 and D9920S

Cutter PlatformTEN09 face milling cutters

Product Positioning

Ten-Edge Insert Platform for Economical Face Milling

The pentagonal double-sided form provides five cutting positions on each face. Correct indexing gives ten usable edges in a compatible TEN09 cutter pocket.

Ten Usable Edges

Five cutting positions on each of the two insert faces.

Pentagonal Shape

Five corners support economical indexing and stable seating.

General Geometry

The complete ENER-GM suffix is retained for the listed product.

TEN09

Face Mill Platform

Matches the PNMU0905 pocket family used by TEN09 cutter bodies.

Insert Identification

What Is a PNMU0905 Face Milling Insert?

PNMU0905 is a double-sided pentagonal indexable insert platform used in compatible face milling cutters.

The complete code identifies the pentagonal shape, neutral double-sided direction, tolerance, clamping form, size, corner radius, edge form and GM geometry. Similar PNMU0905 products from different systems may use different suffixes or pocket details, so the full designation must be retained.

PPentagonal ShapeFive corners on each insert face

NNeutral ReliefDouble-sided insert direction

MM ToleranceDimensional tolerance class

UClamping FormHole and chip-form configuration

Use the complete PNMU090508ENER-GM code when ordering. Do not replace it solely from “PNMU0905” or from cutter diameter.

Pentagonal PNMU face milling insert with double-sided geometry

Dimensions and Grade Options

PNMU090508ENER-GM Specifications

Use all five dimensions, the complete geometry suffix and the TEN09 pocket when matching a replacement insert.

PNMU090508ENER-GM dimensions L T D BS and RE

L — Pentagonal insert length reference T — Insert thickness D — Mounting-hole diameter BS — Wiper / land-width reference RE — Corner radius Edges — Ten usable cutting positions

Complete Designation	L (mm)	T (mm)	D (mm)	BS (mm)	RE (mm)	Geometry	Grade Options	Compatible Platform
PNMU090508ENER-GM	14.6	5.56	4.7	2.0	0.8	ENER-GM	D530D570D580D7320D9920S	TEN09 / PNMU0905 pocket family

The TEN09 cutter table uses a PNMU0905 platform designation. Confirm the complete insert marking, seating surfaces and screw before substituting a different external suffix.

Carbide Grade Direction

PNMU0905 Grade Options by Material and Cutting Condition

Select only a grade listed for PNMU090508ENER-GM, then match the grade to the workpiece material, cutter engagement, machining stability and wear mode.

D530

Steel and cast-iron direction where toughness and interrupted-cut reliability are important.

D570

General steel and stainless-steel direction, including stable and lighter finishing loads.

D580

Steel and cast-iron direction for selected stable machining and wear-resistance requirements.

D7320

General-purpose direction across steel, stainless steel and cast iron.

D9920S

Hardened and difficult-material direction when the complete setup and cutting conditions are suitable.

Cost per Cutting Edge

Double-Sided Design with Ten Usable Cutting Edges

The pentagonal insert has five corners on each face. When both sides remain suitable for indexing, one insert provides ten usable cutting positions.

Five Edges per SideFive indexed corners on each pentagonal face.

Double-Sided EconomyBoth insert faces can be indexed in the correct pocket.

Lower Cost per EdgeTen cutting positions from one carbide insert.

Stable Face MillingDesigned for compatible TEN09 seating and clamping.

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TEN09 face milling cutter for PNMU0905 inserts

TEN09 Face Milling Cutter PNMU0905 platform cutter bodies from Ø50 to Ø160 mm.

Cutter Compatibility

Match PNMU0905 Inserts to TEN09 Face Mills

The supplied TEN09 range covers six face milling cutter bodies. Match the complete cutter code, diameter, bore, tooth count and actual pocket before ordering inserts.

Ø50–63 mm5- and 6-tooth cutter bodies with 22 mm bores.

Ø80–100 mm7- and 8-tooth bodies with 27 or 32 mm bores.

Ø125–160 mm10- and 12-tooth bodies with 40 mm bores.

TEN09 uses M4 insert screws and a T15 wrench in the supplied cutter range. Verify the current screw code and pocket condition before replacing clamping parts.

View TEN09 Models Send Your TEN09 Cutter Code

Complete Cutter Range

TEN09 Face Milling Cutter Models

Cutter Model	Teeth	Cutter ØD (mm)	Bore Ød (mm)	Total Length (mm)	Body W (mm)	Body T (mm)	Insert Platform
TEN09R050M22.0E04	5	50	22	40	10.4	6.3	PNMU0905 platform
TEN09R063M22.0E06	6	63	22	40	10.4	6.3	PNMU0905 platform
TEN09R080M27.0E07	7	80	27	50	12.4	7.0	PNMU0905 platform
TEN09R100M32.0E08	8	100	32	50	14.4	8.0	PNMU0905 platform
TEN09R125M40.0E10	10	125	40	60	16.4	9.0	PNMU0905 platform
TEN09R160M40.0E12	12	160	40	60	16.4	9.0	PNMU0905 platform

Face Milling Applications

PNMU0905 and TEN09 Milling Applications

Actual cutting depth, feed and surface finish depend on the complete TEN09 cutter body, insert grade, radial engagement, runout, machine rigidity and workpiece setup.

General Face Milling

For productive flat-surface machining in compatible TEN09 cutter bodies.

Face milling tools

Steel Face Milling

Use a suitable coated grade according to stability, engagement and wear mode.

Stainless Steel Face Milling

Select an available grade and control heat, chip evacuation and cutter engagement.

Cast-Iron Face Milling

Use the appropriate coated grade for stable or interrupted cast-iron cutting.

Interrupted Facing

Prioritize edge toughness and stable clamping when crossing holes, slots or scale.

Economical Production Milling

Use ten indexed edges to reduce insert changes and cost per usable cutting position.

Selection Checklist

How to Choose a PNMU0905 Insert

Confirm the Cutter BodyRecord the complete TEN09 cutter model, diameter, bore and tooth count.

Confirm the PNMU PlatformVerify that the cutter pocket is designed for the PNMU0905 family.

Keep the Full Insert CodeSpecify PNMU090508ENER-GM rather than the shortened family name.

Check All DimensionsVerify L, T, D, BS and RE against the existing insert and pocket.

Select an Available GradeChoose D530, D570, D580, D7320 or D9920S according to the operation.

State Material and EngagementInclude workpiece material, radial width, axial depth and interrupted-cut conditions.

Send Quantity and Tool-Life DataProvide quantity, current cutting data and the observed wear or fracture mode.

Request Pricing

Request PNMU0905 Pricing and TEN09 Compatibility Review

Provide the complete insert and cutter information so the correct grade, dimensions, suffix and cutter-pocket fit can be checked.

Complete PNMU090508ENER-GM code or current insert photo TEN09 cutter-body model, diameter, bore and tooth count Workpiece material, hardness and face milling operation Current speed, feed, depth, engagement and coolant direction Required quantity, packaging and current tool-life problem

PNMU Insert

PNMU0905 Carbide Face Milling Inserts