BLMP – INNOT high-feed insert
BLMP 13 – INNOT trigon high-feed insert

BLMP (high feed)

Double-sided insert for high-feed cutters: from BLMP 04 to 13, up to 2 mm/tooth, for steels, stainless steels, superalloys and hardened steels up to 65 HRC.

ISO P

ISO M

ISO K

ISO S

ISO H

High feed

Roughing

★ IT5220 · IT7240 · IT5210

Request a quote

Technical data sheet PDFCutting data, sizes and grades

Want to try it first? Request a free tester

Fits on
BLMP high-feed modular headsHigh-feed cutters

Prices reserved for companiesLog in to your customer area to see your prices and request new ones in one click.
Sign in
Need technical advice? Talk to INNOT

(+39) 375 786 1361 Call · WhatsApp

INNOT grades

CVD, PVD and cermet for ISO P, M, K, S, H

Standard ISO designation

Compatible with the cutters you already use

Technical support

We help you choose geometry and coating

Shipping in 24/48 h

For stock orders throughout Italy

Categories: ,

Description

Specifications

Code INSL W1 S RE APMX fz (mm/tooth) Cutting edges
BLMP0402R-M 6 4.2 2.52 0.5 0.5 0.2–1.0 4
BLMP0402R-ML 6 4.2 2.52 0.5 0.5 0.2–0.8 4
BLMP0603R-M 9 6.39 3.73 1 1 0.3–1.2 4
BLMP0603R-ML 9 6.39 3.73 1 1 0.2–1.0 4
BLMP0603R-MM 9 6.39 3.73 1 1 0.3–1.0 4
BLMP0904R-M 11.94 9.2 4.79 1.2 1.5 0.3–1.3 4
BLMP0904R-ML 11.94 9.2 4.79 1.2 1.5 0.3–1.0 4
BLMP0904R-MM 11.94 9.2 4.79 1.2 1.5 0.3–1.1 4
BLMP1105R-M 14.6 11.2 6.54 1.3 2 0.3–1.5 4
BLMP1105R-ML 14.6 11.2 6.54 1.3 2 0.3–1.2 4
BLMP1306R-M 12.3 12.3 7 1.8 2 0.4–2.0 6
BLMP1306R-MM 12.3 12.3 7 1.8 2 0.4–1.6 6
BLMP1306R-MR 12.3 12.3 7 1.8 2 0.5–2.0 6

Dimensions in mm. INSL = insert length (IC for the trigon 13), W1 = width, S = thickness, RE = corner radius, APMX = maximum depth of cut, fz = feed per tooth range.

Geometries

Geometry Cutting edge Application Sizes
M Universal, reinforced Steels, cast irons and hardened steels: the standard choice for roughing moulds and pockets 04 · 06 · 09 · 11 · 13
ML Positive and sharp Stainless steels, superalloys and work-hardening materials; low-power machines and long overhangs 04 · 06 · 09 · 11
MM Positive, protected cutting edge Stainless steels and titanium alloys: smooth cutting with good edge strength 06 · 09 · 13
MR Heavily reinforced Heavy roughing, casting and forging skins, interrupted cuts 13

Technical data

Operation Milling – High feed: face milling, pockets, contouring, ramping and helical interpolation
Shape Double-sided with convex cutting edges: 4 cutting edges per insert (6 on the trigon 13)
ISO material P (steels), M (stainless steels), K (cast irons), S (superalloys and titanium), H (hardened steels)
Features The convex cutting edge with a small lead angle thins the chip: you work with very high feed per tooth (up to 2 mm/tooth) and light cuts, with the forces directed along the spindle axis. Reduced vibration even with long overhangs and hardened steels up to 65 HRC.
Compatible cutters INNOT modular heads, shank end mills and shell mills for BLMP (see below). Already have a cutter? Send us the code and we will check compatibility.

How many inserts per cutter diameter

Maximum number of inserts (effective cutting edges) per cutter diameter: more inserts = more feed per minute; fewer inserts = more chip space and less power required.

Cutter Ø BLMP 04 BLMP 06 BLMP 09 BLMP 11 BLMP 13
Ø10 2 – – – –
Ø11 2 – – – –
Ø12 3 – – – –
Ø13 3 – – – –
Ø16 4 2 – – –
Ø17 4 – – – –
Ø18 – 2 – – –
Ø20 5 3 – – –
Ø21 – 3 – – –
Ø22 – 3 – – –
Ø25 7 4 3 – –
Ø26 – 4 3 – –
Ø30 – 5 3 2 –
Ø32 8 5 4 2 2
Ø33 – 5 4 2 2
Ø35 – 5 4 3 2
Ø40 – 6 5 3 3
Ø42 – 6 5 3 3

Modular heads for BLMP

Heads with M6–M16 threaded connection to mount on carbide or steel extensions: change heads in seconds and keep the same extension.

BLMP 04 insert – heads from Ø10 to Ø32 mm
Cutter Ø DCX Cutting edges Z Connection Connection Ø DCONMS LF OAL APMX
Ø10 2 M6 9.7 17 31.5 0.5
Ø11 2 M6 9.7 17 31.5 0.5
Ø12 3 M6 11 17 31.5 0.5
Ø13 3 M6 11 17 31.5 0.5
Ø16 4 M8 13 23 40.5 0.5
Ø17 4 M8 13 23 40.5 0.5
Ø20 5 M10 18 23 43 0.5
Ø25 7 M12 21 27 49 0.5
Ø32 8 M16 29 27 52 0.5
BLMP 06 insert – heads from Ø16 to Ø42 mm
Cutter Ø DCX Cutting edges Z Connection Connection Ø DCONMS LF OAL APMX
Ø16 2 M8 13 25 42.5 0.7
Ø18 2 M8 13 25 42.5 0.7
Ø20 2 M10 18 30 50 1
Ø20 3 M10 18 30 50 1
Ø21 3 M10 18 30 50 1
Ø22 3 M10 18 30 50 1
Ø25 3 M12 21 35 57 1
Ø25 4 M12 21 35 57 1
Ø26 3 M12 21 35 57 1
Ø26 4 M12 21 35 57 1
Ø30 5 M16 29 40 65 1
Ø32 4 M16 29 40 65 1
Ø32 5 M16 29 40 65 1
Ø33 4 M16 29 40 65 1
Ø33 5 M16 29 40 65 1
Ø35 4 M16 29 43 68 1
Ø35 5 M16 29 43 68 1
Ø40 6 M16 29 43 68 1
Ø42 5 M16 29 43 68 1
Ø42 6 M16 29 43 68 1
BLMP 09 insert – heads from Ø25 to Ø42 mm
Cutter Ø DCX Cutting edges Z Connection Connection Ø DCONMS LF OAL APMX
Ø25 2 M12 21 35 57 1.5
Ø25 3 M12 21 35 57 1.5
Ø26 3 M12 21 35 57 1.5
Ø30 3 M16 29 43 68 1.5
Ø32 3 M16 29 43 68 1.5
Ø32 4 M16 29 43 68 1.5
Ø33 4 M16 29 43 68 1.5
Ø35 3 M16 29 43 68 1.5
Ø35 4 M16 29 43 68 1.5
Ø40 4 M16 29 43 68 1.5
Ø40 5 M16 29 43 68 1.5
Ø42 3 M16 29 43 68 1.5
Ø42 5 M16 29 43 68 1.5
BLMP 11 insert – heads from Ø30 to Ø42 mm
Cutter Ø DCX Cutting edges Z Connection Connection Ø DCONMS LF OAL APMX
Ø30 2 M16 29 43 68 2
Ø32 2 M16 29 43 68 2
Ø33 2 M16 29 43 68 2
Ø35 3 M16 29 43 68 2
Ø40 3 M16 29 43 68 2
Ø42 3 M16 29 43 68 2
BLMP 13 insert – heads from Ø32 to Ø42 mm
Cutter Ø DCX Cutting edges Z Connection Connection Ø DCONMS LF OAL APMX
Ø32 2 M16 29 50 75 2
Ø33 2 M16 29 50 75 2
Ø35 2 M16 29 50 75 2
Ø40 3 M16 29 50 75 2
Ø42 3 M16 29 50 75 2

Dimensions in mm according to ISO 13399. DCX = cutting diameter, Z = number of inserts (effective cutting edges), DCONMS = machine-side connection diameter, LF = functional length, OAL = overall length, APMX = maximum depth of cut. All heads have internal coolant.

Shank end mills and shell mills

Insert Shank: cutter Ø Z Shank Ø Shell mill: cutter Ø Z Bore Ø
BLMP 04 Ø8–21 1–5 Ø8–20 – – –
BLMP 06 Ø16–40 2–6 Ø16–32 Ø32–66 4–9 16–27
BLMP 09 Ø25–40 2–5 Ø25–32 Ø32–125 4–14 16–40
BLMP 11 Ø30–40 2–4 Ø32 Ø40–200 4–12 16–60
BLMP 13 Ø32–40 2–3 Ø32 Ø40–250 3–11 16–60

Cylindrical or Weldon shank end mills in short, long and extra-long versions; shell mills with normal, close and extra-close pitch. Full dimensions on request.

Available INNOT grades

Grade ISO Coating Composition Application
IT5220 ★ P · M · K PVD AlTiN + TiSiN Universal grade for steels, stainless steels and cast irons up to 40–50 HRC. Double-layer coating: strength, toughness and protection against edge chipping.
IT7240 ★ M · S PVD AlCrN Milling of difficult materials: stainless steels, superalloys and titanium. High hot hardness, high toughness and resistance to fatigue fracture.
IT5210 ★ P · H PVD AlTiN + TiSiN Milling of hardened steels 50–65 HRC. Coating with high thermal stability and oxidation resistance: withstands the most severe cutting temperatures.
IT6130 P · K CVD TiN + MT-TiCN + Al₂O₃ Semi-finishing and roughing of steels and cast irons. High-strength composite coating that balances wear and toughness; post-coating treatment increases insert toughness.
IT7140 M · S PVD AlCrN Milling of stainless steels, titanium alloys and superalloys. Substrate with special micro-elements: excellent toughness and high-temperature performance.
IT5110 P · H PVD TiAlN + CrAlN + TiSiN Milling of hardened steels 45–55 HRC. Nano-composite coating on an ultra-fine grain substrate: smooth surface, low friction, high nano-hardness and excellent oxidation resistance.

★ Recommended grade. Other grades are available on request.

Recommended cutting data

Printable cutting data tableAll the data on this page in an INNOT PDF to keep in the shop.Download PDF
High feed – cutting speed and feed per tooth
Material Hardness Grade Vc (m/min) fz 04 fz 06 fz 09 fz 11 fz 13
P Non-alloy / mild steel ≤ 180 HB IT5220
IT6130		 200 (160–250) 0.6 0.8 1 1.1 1.4
P Alloy / quenched and tempered steel 180–280 HB IT5220
IT6130		 170 (140–210) 0.5 0.7 0.9 1 1.2
P Tool and mould steel 280–350 HB IT5220
IT5110		 150 (120–180) 0.4 0.6 0.8 0.9 1
M Stainless steel ≤ 270 HB IT7240
IT7140		 140 (110–180) 0.4 0.5 0.7 0.8 1
K Grey and ductile cast iron 180–260 HB IT6130
IT5220		 180 (140–240) 0.6 0.8 1 1.1 1.4
S Titanium alloys ≤ 350 HB IT7240
IT7140		 60 (40–80) 0.3 0.4 0.5 0.6 0.8
S Nickel / cobalt-based superalloys ≤ 400 HB IT7240 35 (25–50) 0.25 0.3 0.4 0.5 0.6
H Hardened steels 45–55 HRC IT5210
IT5110		 100 (70–130) 0.3 0.4 0.5 0.6 0.7
H Hardened steels 55–65 HRC IT5210 60 (40–80) 0.2 0.3 0.4 0.4 0.5

Guide values for dry milling or with air, ap up to APMX (hardened steels: ap ≤ 50% of APMX). Vc: recommended (min–max range); fz in mm/tooth per insert size. Reduce fz by 20–30% with overhangs over 4×D, when ramping and in helical interpolation.

Need a complete high-feed cutter?

Tell us diameter, connection and material: we propose a head or cutter, inserts and grade, with cutting data calculated for your part.

Request a quote See the BLMP heads