×

Home
Register
Log in
MY LIST (0)
Contact
Products
CART (0)

You have no items in your shopping cart.

Trouble Finding what you need? We are only One Call Away
262-251-4020

Home /
Traditional Search /
Cutting Tools /
Indexable Tools /
Milling /
Insert /
Rectangle

Filter by attributes

Coating

Select Any Coating ▼

AlTiCrN

AlTiCrN + TiN

AlTiN

AlTiN + TiN

JSPVD

JXPVD

Megacoat Nano

Multilayer

Super ZX Coat

TiAIN + TiN

TiAIN + TiSiN

TiAlN

TiAlN + AlTiN + TiN

TiCN + Al2O3

TiCN + Al2O3 + TiCN + TiN

TiCN + Al2O3 + TiN

TiCN + TiN

TiN + TiCN + Al2O3

TiSiN + TiAIN

Coolant Thru

Select Any Coolant Thru ▼

Non Coolant

Corner Radius

Select Any Corner Radius ▼

0.0120 0.30MM

0.0200 0.51MM

0.0310 0.79MM

0.0320 0.81MM

0.0394 1.00MM

0.0470 1.19MM

0.0600 1.52MM

0.0790 2.01MM

0.0900 2.29MM

0.0940 2.39MM

0.1200 3.05MM

0.1400 3.56MM

0.1570 3.99MM

0.1900 4.83MM

0.2500 6.35MM

0.3100 7.87MM

Cutter Type

Select Any Cutter Type ▼

Insert

Cutting Edge Definition

Select Any Cutting Edge Definition ▼

and enables machining at higher cutting speeds. The downside is very low toughness

and therefore

as well as in other industrial applications. It consists of fine particles of carbide cemented into a composite by a binder metal. Cemented carbides commonly use tungsten carbide (WC)

Cemented carbides are a class of hard materials used extensively for cutting tools

Cermet is a cutting material combining ceramics and metals (usualט Nickel). The result is a harder substrate than carbide

it is used only for finishing applications in stable conditions. Some tougher versions are available today for semi roughing. Used very often in Duplex milling.

or tantalum carbide (TaC) as the aggregate. Mentions of "carbide" or "tungsten carbide" in industrial contexts usually refer to these cemented composites. The cobalt content could vary from 5% to 23% base on application. 8% to 12% are the most common for cutting tools. Ruthenium is used to replace cobalt as a perfered binder for the best cutting performance.

PCD stands for “Poly Crystalline Diamond”

the hardest available cutting material. PCD is a synthetic diamond produced by sintering together selected diamond particles with a metal matrix at high temperature and high pressure. The result is 90-95% diamond content material that reaches a hardness close to 6000 HV. In addition

the small amount of the binder gives the material additional toughness that makes it an efficient cutting material.

therefore more wear-resistant

titanium carbide (TiC)

Cutting Edge Material

Select Any Cutting Edge Material ▼

Carbide

Cermet

PCD

Depth Of Cut Max

Select Any Depth Of Cut Max ▼

0.0197

0.0200

0.0300

0.0430

0.0600

0.0780

0.1770

0.1810

0.1811

0.2240

0.2244

0.2362

0.2560

0.2756

0.2760

0.3030

0.3032

0.3740

0.3976

0.3980

0.4210

0.4213

0.4331

0.4490

0.5390

0.5394

0.5790

0.8070

1.4760

4.3110

Extractor

Select Any Extractor ▼

T10

T20

T8

Family Group

Select Any Family Group ▼

L331

L365

N331

R331

Tung Mill

Tung Speed

Flutes Or Inserts

Select Any Flutes Or Inserts ▼

10

20

6

Grade

Select Any Grade ▼

1020

1025

1030

1040

1130

3040

3220

3330

4220

4230

4330

4340

530

ACM300

CA6535

DX110

DX140

F40M

H10

H10F

H13A

H25

IC330

IC380

IC5100

IC5400

IC808

IC810

IC8150

IC830

IC845

IT5320

IT5420

IT7420

JC3552

JS4045

JX1045

K20D

K20W

KT9

MH1000

MK2050

MM4500

MP1500

MP2050

MP2500

MP2501

MP3000

MS2050

MS2500

PR1510

PR1525

PR1535

T350M

Hand

Select Any Hand ▼

Left Hand

Neutral

Right Hand

Insert Application

Select Any Insert Application ▼

Finishing

Light

Medium

Roughing

Semi Finishing

T-Slot

Insert Fits

Select Any Insert Fits ▼

Rectangle

Insert Or Tool

Select Any Insert Or Tool ▼

INSERT

TOOL

Insert Screw

Select Any Insert Screw ▼

M2.5 × 0.45 × 7.50

M2.5 × 0.45 × 7.51

M2.5 × 0.45 × 7.52

M2.5 × 0.45 × 7.53

M2.5 × 0.45 × 7.54

M2.5 × 0.45 × 7.55

M3.5 × 0.6 × 8.75

M3.5 × 0.6 × 8.76

M3.5 × 0.6 × 8.77

M3.5 × 0.6 × 8.78

M3.5 × 0.6 × 8.79

M5 × 0.8 × 0.50

M5 × 0.8 × 10.10

M5 × 0.8 × 10.6

M5 × 0.8 × 10.7

M5 × 0.8 × 10.8

M5 × 0.8 × 10.9

Insert Shape Or Cutter Pocket Shape

Select Any Insert Shape Or Cutter Pocket Shape ▼

Parallelogram

Rectagonal

Square

Insert Size (IC)

Select Any Insert Size (IC) ▼

11

13

16

240

25

3

32

40

5

50

6

60

8

9

90

Insert Style

Select Any Insert Style ▼

EP

L331

L365

LN

LO

LP

N331

R331

TS

UN

XN

YD

Insert Type

Select Any Insert Type ▼

Negative

Positive

Mach Side Connection Size

Select Any Mach Side Connection Size ▼

1.0000 25.40MM

1.5000 38.10MM - 1-1/2

2.5000 63.50MM - 2-1/2

Machine Side (Toolpost)

Select Any Machine Side (Toolpost) ▼

SHELL1.0000

SHELL1.5000

SHELL2.5000

Machine Side (Toolpost) Connection Type

Select Any Machine Side (Toolpost) Connection Type ▼

Bore With 1 Keyway

Bore With 2 Keyway

Made In USA

Select Any Made In USA ▼

No

Overall Length

Select Any Overall Length ▼

0.5030 12.78MM

0.5650 14.35MM

0.7680 19.51MM

Shank Or Pilot Diameter

Select Any Shank Or Pilot Diameter ▼

2.5000 63.50MM -2-1/2

Shipping State

Select Any Shipping State ▼

ILLINOIS

MICHIGAN

TEXAS

WISCONSIN

Tool Diameter

Select Any Tool Diameter ▼

12.0000 304.80MM

3.2280 82.00MM

5.0790 129.01MM

Tool Material

Select Any Tool Material ▼

Carbide

Steel

Type of Tool

Select Any Type of Tool ▼

Slot Mill

Filter by manufacturer

Select Manufacturer ▼

SECO

MITSUBISHI

DIJET

Rectangle

Sort by

Picture of Seco LPKT05T210TR-M05 F40M Milling Insert Rectangle Carbide TiAIn + TiN

Seco LPKT05T210TR-M05 F40M Milling Insert Rectangle Carbide TiAIn + TiN

Part Number: SECO84126

$15.40

Picture of Seco LPKT05T210TR-M05 MP3000 Milling Insert Rectangle Carbide TiAlN

Seco LPKT05T210TR-M05 MP3000 Milling Insert Rectangle Carbide TiAlN

Part Number: SECO84125

$15.40

Picture of Seco LPHT05T210TR-ME04 mm4500 Milling Insert Rectangle Carbide TiCN + Al2O3

Seco LPHT05T210TR-ME04 mm4500 Milling Insert Rectangle Carbide TiCN + Al2O3

Part Number: SECO84130

$0.00

Picture of Hitachi EPNW0603TN-8 JS4045 Milling Insert Rectangle Carbide

Hitachi EPNW0603TN-8 JS4045 Milling Insert Rectangle Carbide

Part Number: HITEPNW0603TN-8 JS4045

$0.00

Picture of Hitachi EPMT0603TN-8 JS4045 Milling Insert Rectangle Carbide

Hitachi EPMT0603TN-8 JS4045 Milling Insert Rectangle Carbide

Part Number: MOL864642

$0.00

Picture of Hitachi EPMT0603TN-8 JX1045 Milling Insert Rectangle Carbide

Hitachi EPMT0603TN-8 JX1045 Milling Insert Rectangle Carbide

Part Number: HITEPMT0603TN-8 JX1045

$0.00

Picture of Hitachi EPNW0603TN-8 JX1045 Milling Insert Rectangle Carbide

Hitachi EPNW0603TN-8 JX1045 Milling Insert Rectangle Carbide

Part Number: HITEPNW0603TN-8 JX1045

$0.00

Picture of Seco LPKT 09T420TR-M13 MP2500 Milling Insert Rectangle Carbide TiCN + Al2O3

Seco LPKT 09T420TR-M13 MP2500 Milling Insert Rectangle Carbide TiCN + Al2O3

Part Number: SECO03212683

$0.00

Picture of Seco LPKW 09T420TR-MD15 MP2500 Milling Insert Rectangle Carbide TiCN + Al2O3

Seco LPKW 09T420TR-MD15 MP2500 Milling Insert Rectangle Carbide TiCN + Al2O3

Part Number: SECO03212678

$0.00

Picture of Seco LPHT 09T420R-E08 mm4500 Milling Insert Rectangle Carbide TiCN + Al2O3

Seco LPHT 09T420R-E08 mm4500 Milling Insert Rectangle Carbide TiCN + Al2O3

Part Number: SECO03212687

$0.00

Picture of Dijet TSB25L JC3552 Milling Insert Rectangle Carbide Multilayer

Dijet TSB25L JC3552 Milling Insert Rectangle Carbide Multilayer

Part Number: DIJTSB25L JC3552

$0.00

Picture of Dijet TSB32R JC3552 Milling Insert Rectangle Carbide Multilayer

Dijet TSB32R JC3552 Milling Insert Rectangle Carbide Multilayer

Part Number: DIJTSB32R JC3552

$0.00

First
Previous
4
5
6
7
8
Next
Last

COMPANY

About
Contact
Recently viewed products
Compare products list

DIVISIONS

Cutting Tools
Machinery
Industrial Fluids
Robotics
Inventory Management

OUR MISSION

To supply comprehensive metalworking solutions with expert support every step of the way.

Follow us

Facebook

Signup For Exclusive Deals!

First name

Email

Copyright © 1980-2025 Sussex Tool and Supply All Rights Reserved.

Powered by nopCommerce

Loading...