FIT Carbide Components Catalogue [2018/2019] by Build It Wellington

Carbide components

A comprehensive range for the perfect results In-house production of all Carbide components - unique in the world

152

In-house Tungsten Carbide (HW) production for the ability to: • Mix special powders according to the application needs. • Develop special tooth geometries for perfect cuts. • Perfectly control the quality of the carbide grades.

INCREASING IMPACT STRENGTH

INCREASING HARDNESS

H30S

H20S

MG10

X10TS

H10S

K01S

H00S

H01K

H00K

H00XA H00XF

1430 11,26 13,96

1540 9,51 14,20

1600 10,12 14,67

1650 9,38 13,96

1620 8,94 14,35

1850 8,12 14,61

1860 7,64 14,71

1870 8,22 14,36

1930 7,68 14,71

2070 7,71 14,73

2300 7,73 14,63

Softwood

Softwood, hardwood

Softwood, hardwood MDF

Natural wood

Softwood, hardwood

General use

Hardwood, panels + melamine, MDF

Panels + melamine

Vickers hardness (HV10) Transverse rupture (Klc) Density (gr/cm3)

TiCo Carbide

Overview of different standard HW grades

The sharpest knives in the world: sharpening transverse to the cutting edge. • freud custom grinding methods reach the minimum possible roughness level of the cutting edge (µm 0.12 to 0.15), for a finish quality on wood and derivates unmatched on the market. • The cutting edge is so sharp to better withstand the cutting pressure for maximum abrasion resistance and thus unbeatable lifetime.

freud - the sharpest cutting edges

Committed to the finest quality: ongoing investments in manufacturing. • Superior tool wear resistance: every process, from raw material selection to final grinding, is designed with the highest technological standards. • Pioneering testing methods: freud strict control over the manufacturing process ensures 100% compliance to the quality parameters.

Investments in the latest machinery: new benchmark in quality

153

HW - Industrial quality knives - Choose the right tool Application

PERFORMANCE

Universal

Softwood

Hardwood

Plywood panels

Laminate chipboard

MDF

HDF

Plastics

Relief Angles

code

35°

CG26M

35°

CG08M

35°

CG01M

35°

CG26M

35°

CG08M

35°

CG01M

40°

CG76M

40°

CG66M

40°

CG06M

45°

CG62M

45°

CG22M

35°

CG26M

35°

CG08M

35°

CG01M

40°

CG76M

40°

CG66M

40°

CG06M

45°

CG62M

45°

CG22M

35°

CG04M*

35°

CG05M

35°

CG08M

35°

CG01M

35°

CG20M*

35°

CG04M*

35°

CG05M

35°

CG26M

35°

CG08M

35°

CG01M

35°

CG20M*

35°

CG04M*

35°

CG05M

35°

CG26M

35°

CG08M

35°

CG01M

40°

CG76M

40°

CG66M

35°

CG20M*

35°

CG04M*

35°

CG20M*

35°

CG26M

35°

CG08M

35°

CG01M

* Not for board containing foreign materials Ultimate performance

154

High performance

Standard performance

Basic performance

Not recommended

HW - Industrial quality knives - Choose the right tool Relief Angle

CODE

Application

Universal

Softwood

Hardwood

Plywood

Laminated

MDF

35°

CG20M*

35°

CG04M*

35°

CG05M

35°

CG26M

35°

CG01M

35°

CG08M

40°

CG76M

40°

CG66M

40°

CG06M

45°

CG62M

45°

CG22M

HDF

2300

H00XA

2070

H00K

1960

H01K

1870

H00S

1860

Ultimate performance

High performance

Standard performance

Hv 10

H00XF

Plastics

HARDNESS

K01S

1850

H01K

1870

X10TS

1650

H30S

1430

X10TS

1650

H30S

1430

Basic performance

INCREASING IMPACT STRENGTH

Not recommended

INCREASING HARDNESS

H30S

H20S

MG10

X10TS

H10S

K01S

H00S

H01K

H00K

1430 11,26 13,96

1540 9,51 14,20

1600 10,12 14,67

1650 9,38 13,96

1620 8,94 14,35

1850 8,12 14,61

1860 7,64 14,71

1870 8,22 14,36

1930 7,68 14,71

2070 7,71 14,73

2300 7,73 14,63

Softwood

Softwood, hardwood

Softwood, hardwood MDF

Natural wood

Softwood, hardwood

General use

Hardwood, panels + melamine, MDF

Panels + melamine

Panels + melamine Pannell

Vickers hardness (HV10)

Transverse rupture (Klc)

H00XA H00XF

Density (gr/cm3)

155

CG08M

HW - 35° Disposable knives

35°

The K01S HW mix in conjunction with a superior cutting edge, which has a positive impact on finishing and tool life. Due the medium hardness, the CG08M range is suitable for a universal utilization.

35°

L mm

H mm

S mm

I mm

Code

SAP

7,6 8,6 9,6 12 15 15,6 16,3 16,6 20 24 25,8 30 40 50 60

12 12 12 12 12 12 12 12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

CG08MAA3 10 CG08MJA3 10 CG08MMA3 10 CG08MBA3 10 CG08MCA3 10 CG08MGB3 10 CG08MJD3 10 CG08MJB3 10 CG08MDA3 10 CG08MOA3 10 CG08MJC3 10 CG08MEA3 10 CG08MLA3 10 CG08MFA3 10 CG08MGA3 10

F03FH02902 F03FH03349 F03FH02910 F03FH02903 F03FH02904 F03FH03350 F03FH03351 F03FH03352 F03FH02905 F03FH02911 F03FH03353 F03FH02906 F03FH02909 F03FH02907 F03FH02908

14 14 26 26 26

K01S

CG01M

HW - 35° Disposable knives

35°

Constructed with a medium hardness HW ideal for universal use.

35°

H00S

156

L mm

H mm

S mm

20 30 40 50 80 100 120

5,5 5,5 5,5 5,5 13 13 13

1,1 1,1 1,1 1,1 2,2 2,2 2,2

I mm

60 60 60

Code

SAP

CG01MDB3 10 CG01MEB3 10 CG01MFJ3 10 CG01MFB3 10 CG01MHA3 01 CG01MIA3 01 CG01MKA3 01

F03FH02735 F03FH02850 F03FH02853 F03FH02852 F03FA18134 F03FA18182 F03FA18183

CG10M

HW - 35° Disposable knives

35°

Constructed with a medium hardness HW ideal for universal use.

35°

L mm

H mm

S mm

I mm

Code

SAP

7,5 9,6 12 14,6 20 30 40 50 60

9 9 9 9 9 9 9 9 9

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

14 26 26 26

CG10MAA3 10 CG10MBA3 10 CG10MCA3 10 CG10MEA3 10 CG10MGA3 10 CG10MHA3 10 CG10MIB3 10 CG10MIA3 10 CG10MKA3 10

F03FC23863 F03FC23864 F03FC23865 F03FH02912 F03FH02913 F03FH02914 F03FH02916 F03FH02915 F03FH02917

H00S

CG26M

HW - 35° Disposable knives

35°

Constructed with a fine hardness HW, ideal for universal use. Better than item CG01M for working hardwoods and sandy woods. Up to 40 percent longer life than knives cg01m.

35°

L mm

H mm

S mm

7,6 9,6 10,6 11,6 12 15 18,6 20 20,6 22,6 24 30 40 50 60

12 12 12 12 12 12 12 12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

I mm

14 26 26 26

Code

SAP

CG26MAA3 10 CG26MMA3 10 CG26MUE3 10 CG26MNA3 10 CG26MBA3 10 CG26MCA3 10 CG26MJE3 10 CG26MDA3 10 CG26MJF3 10 CG26MJG3 10 CG26MOA3 10 CG26MEA3 10 CG26MLA3 10 CG26MFA3 10 CG26MGA3 10

F03FH02936 F03FH02944 F03FH02947 F03FH02945 F03FH02937 F03FH02938 F03FC23866 F03FH02939 F03FC23867 F03FC23868 F03FH02946 F03FH02940 F03FH02943 F03FH02941 F03FH02942

H01K

157

CG05M

HW - 35° Disposable knives

35°

Produced with a high-hardness and high-toughness HW. Particularly indicated for working melamine chipboard panels, MDF and other wood composites.

H mm

S mm

12 20 30 50

12 12 12 12

1,5 1,5 1,5 1,5

I mm

14 26

Code

SAP

CG05MBA3 10 CG05MDA3 10 CG05MEA3 10 CG05MFA3 10

F03FH02885 F03FH02886 F03FH02887 F03FH02888

35°

L mm

H00K

CG04M

HW - 35° Disposable knives

35°

Produced with a high-hardness HW. Indicated for working melamine chipboard panels, veneer, MDF and other wood composites.

H mm

S mm

12 15 20 30 50

12 12 12 12 12

1,5 1,5 1,5 1,5 1,5

I mm

14 26

Code

SAP

CG04MBA3 10 CG04MCA3 10 CG04MDA3 10 CG04MEA3 10 CG04MFA3 10

F03FH02880 F03FH02881 F03FH02882 F03FH02883 F03FH02884

35°

L mm

H00XA

CG20M

HW - 35° Disposable knives

35°

Constructed with a highly resistant HW. Especially indicated to work melamine chipboard panels, MDF, HDF wood composites and plastic materials.

35°

H00XF 158

L mm

H mm

S mm

9,6 12 15 20 30 40 50 60

12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

I mm

14 26 26 26

Code

SAP

CG20MMA3 10 CG20MBA3 10 CG20MCA3 10 CG20MDA3 10 CG20MEA3 10 CG20MLA3 10 CG20MFA3 10 CG20MGA3 10

F03FH03354 F03FH02923 F03FH03355 F03FH02924 F03FH02925 F03FH03356 F03FH02926 F03FH03357

CG06M

HW - 40° Disposable knives

40°

Constructed in medium-hardness and high-toughness HW, with an elevated hook angle. Particularly indicated for working natural soft and hardwoods.

40°

H30S

CG66M 40°

40°

H HW

X10TS

S mm

7,6 8,6 9,6 11 11,6 12 12,6 13,6 14,6 15,6 16,3 16,6 18 20 24 25,8 26,6 30 40 50 60

12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

I mm

14 14 14 26 26 26

Code

SAP

CG06MHA3 10 CG06MJA3 10 CG06MIA3 10 CG06MUE3 10 CG06MLA3 10 CG06MAA3 10 CG06MLB3 10 CG06MOZ3 10 CG06MBA3 10 CG06MGB3 10 CG06MJD3 10 CG06MJB3 10 CG06MUF3 10 CG06MCA3 10 CG06MKA3 10 CG06MJC3 10 CG06MKB3 10 CG06MDA3 10 CG06MEA3 10 CG06MFA3 10 CG06MGA3 10

F03FH02897 F03FH02899 F03FH02898 F03FC23822 F03FH02901 F03FH02889 F03FC23819 F03FC23820 F03FH02890 F03FH02896 F03FC23817 F03FC23815 F03FC23823 F03FH02891 F03FH02900 F03FC23816 F03FC23818 F03FH02892 F03FH02893 F03FH02894 F03FH02895

The type of Hard Metal used to construct these knives results in better defined cutting angles. Suitable for working natural soft and hard wood and plywood; not suitable for working chipboard and laminates.

H mm

HW - 40° Disposable knives

H L

L mm

H mm

S mm

7,6 8,6 9,6 11,6 12 13,6 14,6 15,6 20 24 30 40 50 60

12 12 12 12 12 12 12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

I mm

14 26 26 26

Code

SAP

CG66MHA3 10 CG66MJA3 10 CG66MIA3 10 CG66MLA3 10 CG66MAA3 10 CG66MOZ3 10 CG66MBA3 10 CG66MGB3 10 CG66MCA3 10 CG66MKA3 10 CG66MDA3 10 CG66MEA3 10 CG66MFA3 10 CG66MGA3 10

F03FH02969 F03FH02971 F03FH02970 F03FH02973 F03FH02961 F03FC23922 F03FH02962 F03FH02968 F03FH02963 F03FH02972 F03FH02964 F03FH02965 F03FH02966 F03FH02967

159

CG76M

HW - 40° Disposable knives

40 °

4 0°

Of HW featuring greater toughness and hardness than CG66M, for use on particularly hard and abrasive wood. Effective but not ideal on chipboard.

L mm

H mm

S mm

12 14,6 20 24 30 40 50 60

12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

I mm

14 26 26 26

Code

SAP

CG76MAA3 10 CG76MBA3 10 CG76MCA3 10 CG76MKA3 10 CG76MDA3 10 CG76MEA3 10 CG76MFA3 10 CG76MGA3 10

F03FH02975 F03FH02976 F03FH02977 F03FH02982 F03FH02978 F03FH02979 F03FH02980 F03FH02981

H01K

CG62M

HW - 45° Disposable knives

45°

X10TS

CG22M

L mm

H mm

S mm

7,6 8,6 9,6 11,6 12 13,6 14,6 15,6 20 24 30 40 50 60

12 12 12 12 12 12 12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

I mm

14 26 26 26

Code

SAP

CG62MHA3 10 CG62MJA3 10 CG62MIA3 10 CG62MLA3 10 CG62MAA3 10 CG62MOZ3 10 CG62MBA3 10 CG62MGB3 10 CG62MCA3 10 CG62MKA3 10 CG62MDA3 10 CG62MEA3 10 CG62MFA3 10 CG62MGA3 10

F03FH02956 F03FH02958 F03FH02957 F03FH02960 F03FH02948 F03FC23921 F03FH02949 F03FH02955 F03FH02950 F03FH02959 F03FH02951 F03FH02952 F03FH02953 F03FH02954

HW - 45° Disposable knives

L mm

H mm

S mm

7,6 9,6 14,6 20 25 30 40 50 60

12 12 12 12 12 12 12 12 12

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

I mm

Code

SAP

CG22MHA3 10 CG22MIA3 10 CG22MBA3 10 CG22MCA3 10 CG22MVB3 10 CG22MDA3 10 CG22MEA3 10 CG22MFA3 10 CG22MGA3 10

F03FH02933 F03FH02934 F03FH02927 F03FH02928 F03FH02935 F03FH02929 F03FH02930 F03FH02931 F03FH02932

45°

Constructed in medium-hardness and high-toughness HW, with an elevated hook angle. Particularly indicated for working natural softwoods.

45°

L HW

H30S 160

14 14 26 26 26

CG17M

HW - Disposable knives with end bevels

40°

Produced in hard metal with medium-high values of hardness and high toughness and elasticity levels. Adapted for working hardwoods with particularly sandy and abrasive surfaces (exotic woods).

L mm

H mm

S mm

1,5

I mm

Code

SAP

CG17MBC3 10

F03FH02918

H10S

CG18M

HW - Disposable knives with end bevels

40°

Constructed in medium-hardness and high-toughness HW, with an elevated hook angle. Particularly indicated for working natural soft and hardwoods.

H mm

S mm

I mm

24 30 50

12 12 12

1,5 1,5 1,5

14 26

Code

SAP

CG18MBC3 10 CG18MDC3 10 CG18MFC3 10

F03FH02919 F03FH02920 F03FH02921

40°

L mm

40°

H30S

CG19M

HW - Disposable knives with end bevels Constructed with a medium hardness HW, ideal for universal use. L mm

H mm

S mm

I mm

Code

SAP

1,5

CG19M35EC3 10

F03FH02922

35°

H00S 161

BL15M D

Standard reduction rings for saw blades

BL20M

d mm

Code

SAP

20 20 30 30 30 30 30 35 35 35

1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5 1,5

12,7 16 15,8 16 18 20 25 16 25 30

BL15M20127 BL15M20160 BL15M30158 BL15M30160 BL15M30180 BL15M30200 BL15M30250 BL15M35160 BL15M35250 BL15M35300

F03FC00694 F03FC00695 F03FC00696 F03FC00697 F03FC00698 F03FC00699 F03FC00700 F03FC00701 F03FC00702 F03FC00703

Standard reduction rings for saw blades

BF01M

D mm

S mm

d mm

Code

SAP

30 30 30 30 30 30 32 32 32 35 35 35 35 40 40

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

15,8 16 20 22 25 25,4 20 22 30 20 25 25,4 30 25,4 35

BL20M30158 BL20M30160 BL20M30200 BL20M30220 BL20M30250 BL20M30254 BL20M32200 BL20M32220 BL20M32300 BL20M35200 BL20M35250 BL20M35254 BL20M35300 BL20M40254 BL20M40350

F03FC00704 F03FC00705 F03FC00706 F03FC00707 F03FC00708 F03FC00709 F03FC00710 F03FC00711 F03FC00712 F03FC00713 F03FC00714 F03FC00715 F03FC00716 F03FC00717 F03FC00718

Standard reduction rings for cutterheads

162

S mm

D mm

S mm

d mm

35 35 35 35 35 35 40 40 40 40 40 40

5 10 15 20 25 50 5 10 15 20 25 50

30 30 30 30 30 30 35 35 35 35 35 35

Code

BF01M BF01M BF01M BF01M BF01M BF01M BF01M BF01M BF01M BF01M BF01M BF01M

AA9 AB9 AC9 AD9 AE9 AF9 BA9 BB9 BC9 BD9 BE9 BF9

SAP

F03FC00604 F03FC00605 F03FC00606 F03FC00607 F03FC00608 F03FC00609 F03FC00610 F03FC00611 F03FC00612 F03FC00613 F03FC00614 F03FC00615

3105M H

Reducing bushes

FX01M

D mm

H mm

d mm

Code

SAP

8 8 9,5 9,5 9,5 10 12 12 12 12,7 12,7 12,7 12,7 16

25 25 25 25 25 25 25 25 25 25 25 25 25 25

6 6,35 6 6,35 8 8 6 8 10 6 6,35 8 9,5 13

3105MVY250 3105MVX250 3105MUY250 3105MUX250 3105MUV250 3105MTV250 3105MSY250 3105MSV250 3105MST250 3105MRY250 3105MRX250 3105MRV250 3105MRU250 3105MOQ250

F03FA10588 F03FA10587 F03FA10586 F03FA10585 F03FA10584 F03FA10582 F03FA10581 F03FA10580 F03FA10579 F03FA10578 F03FA10577 F03FA10576 F03FA10575 F03FA10574

Code

SAP

Reducing bushes

D mm

S mm

d mm

30 35 40 40 50 50 50

15 15 15 15 15 15 15

25 30 30 35 30 35 40

FX01M FX01M FX01M FX01M FX01M FX01M FX01M

AA9 BA9 CA9 CB9 DA9 DB9 DC9

F03FC15031 F03FC15033 F03FC15035 F03FC15036 F03FC15037 F03FC15038 F03FC15039

FX02M

Reducing bushes

For cutterheads TM06M and TM07M.

D mm

S mm

d mm

Code

SAP

FX02M CB9

F03FC15043

d D

163

Tips for the correct use of the tools

164

Advice for the correct use of the tools

Marking of the maximum free shank length

To reduce vibrations from the router cutter, which can compromise the finish and cause damage to both the tool and the workpiece, it is necessary to respect the following conditions: • For large removals, carry out more passes or procede with an advancement and RPM rate in proportion to the depth of cut (Fig. 1). • A router bit with a shorter cutting height vibrates less than a router bit with the same diameter but with a longer cutting height. • Control your machine regularly, making sure that there are no eccentricity problems, so as to avoid the arbor from vibrating hazardously. • Respect the minimum fixing length of the shank (Fig. 2) with a preference to short chucks, with the aim of reducing eccentricity errors. For the same reason the use of extensions are generally avoided. • Accurately block the workpiece to the work table surface (Fig. 3). • To identify eccentricity defects in a router bit or a chuck: rotate the router bit by 90° in the chuck, carry out a moulding and observe the marks left on the workpiece. If they are invaried with respect to the previous moulding, then the tool is defective, if instead the marks vary, then it is possible that the error lies in the chuck. • Do not exceed the maximum RPM limit marked on the tool. With too high an advancement rate, or an excessive cutting depth, there is the possibility that the tool may break (especially spiral router bits). • To avoid damaging router bits, we suggest controlling if the fixing surface of the chuck and the router bit are clean and that there are no imperfections. • Always choose router bits with the appropriate dimensions for the kind of work to carry out. • To avoid dangerous kick backs, we suggest fixing a spare piece of material and moulding small parts of waste which have accumulated during the working process, by carrying out more passes (Fig. 4 - 5). • Make sure that the workpiece is properly fixed to a support with adequate dimensions. In the case of all router bits, but especially those with tips in PCD for overhead CNC router machines, it is necessary to fix the piece properly, preparing an abundant space when blocking by means of vacuum.

165

Cutting quality

Performance Testing: A router bit’s performance depends on two main factors; it is cutting quality and it is life span. We performed comparison tests on freud router bits, with particular focus on cutting life and finish. Straight router bits with identical dimensions (cutting diameter 1/2”, shank diameter 1/2”, 2 flute) were mounted on a CNC router. We then routered a number of 1/4” deep grooves on a chipboardmelamine coated panel. The final evaluation was based on the number of chips on the melamine coating and averaging the first and the last 33 routed feet. Initially, all router bits performed in a similar way but as the number of routed feet increased, freud router bit performed superior to the other bits (please refer to the graphically represented test results below for more details and information). freud has a complete range of bits that offer high quality, long working life and less friction when cutting.

Perma-SHIELD Coating Each bit features high grade steel, TiCo Hi-Density Carbide Tips, and the exclusive red Perma-SHIELD coating. Perma-SHIELD coating reduces friction and heat build up, helps prevent the adhesion of resins, and protects the bit from corrosion.

Computer Designed Hook Angles The accuracy of the hook angle ensures that the bit provides a premium top cutting finish and the inclination of the clearance angle on the tip’s bottom allows easy and precise boring.

Other

Number of chippings

Router Bit (A)

Router Bit (C) Router Bit (E)

No Chipping

Chipping

Router Bit (D) Router Bit (B)

Length of cut

Router Bit (A)

Router Bit (B) Router Bit (C) Router Bit (D) Router Bit (E)

166

Features and benefits

Increasing Hardness

Increasing impact Resistance

Extra Hard Carbide

Impact Resistant Carbide

Unique Carbide Formulations Maximized finish and lifetime in each application Using the correct carbide formulation for each application is extremely important when it comes to maximising a router bit’s performance. For example, an extremely hard carbide formulation is required to maintain a sharp edge when cutting laminate. Alternately, a softer carbide or impact resistant carbide is ideal for large profile cutting such as Panel Bits (Fig. 1). Others Use the Same Carbide For all Applications Most manufacturers create router bits with standard off-the-shelf carbide, which is not specifically designed for wood cutting applications. These carbides will not be able to maintain the proper tooth geometry or sharp edge. After a few hours of use, these standard carbides might not show imperfections; however, without the proper carbide formulation, material finish and cutting life will suffer (Fig. 2). Superior TiCo Hi-Density Carbide Provides Longer Cutting Life freud’s premium quality TiCo hi-density carbide allows for a sharper edge that gives a better finish with a dramatically longer cutting life. And, since the grains are much smaller and more dense there is not as dramatic a loss to the cutting edge, so wear occurs much more slowly (Fig. 3). Standard Off The Shelf Carbide Most manufacturers create router bits with standard off-the-shelf carbide, which is normally formulated for metal cutting. These carbides will not be able to maintain the proper sharp edge. After a few cuts, these standard carbides might not show imperfections; however, without the proper carbide formulation, material finish and cutting life will suffer (Fig. 4).

SAME CARBIDE FOR ALL BITS

Freud’s superior TiCo Hi-Density carbide

TiCo Carbide Be

f or e U s e

A fte

r Us e

Other's use standard generic carbides Be

fore U s e

A f te

r Us e

167

Features and benefits

ta tion

Controlled to 1.1mm (.043")

Kickback-Reducing Design Promotes Safety Kickbacks are one of the most dangerous hazards in woodworking. This happens so quickly that it can be impossible to react before injury occurs. freud’s kickback-reducing shoulder design restricts the tooth bite to 1.1 mm, reducing the effects of kickback from overfeeding. This design contributes to a safer working environment. Standard Router Bit Designs Prone to Dangerous Kick-Backs Standard router bit designs do not include a kickback reducing shoulder. The bits do not have extra support behind the cutting flute. This limitation allows the bit to take large bites out of the material and produces uncontrolled, rough cuts particularly when operating at lower speeds. Computer Balancing Prevents Chattering and Vibration All freud router bits are computer balanced to ensure vibration free cuts. The balancing takes place on special computer controlled equipment that determines the exact location where material needs to be removed. After material removal, the equipment re-checks the router bit to ensure the bit is perfectly balanced.

Uncontrolled Cut

tio

Unbalanced Router Bits Cause Chattering and Vibration A router bit that is even slightly out of balance will vibrate and chatter while cutting, and it can be extremely dangerous if it is far out of balance. An unbalanced router bit can also create unnecessary rework costing quality of work, time and money. Shear Angle Design Produces Superior Finish The shear angle is the angle that the cutting edge makes with the shank of the bit. freud carbide tips are angled to slice through the wood fibers similar in principle to using a hand plane at an angle to the direction of the motion. This slicing action becomes even more important when cutting across the grain. freud’s high shear angle bits leave a cross grain cut that requires virtually no sanding.

Standard Router Bits Have Little or No Shear Angle Bits without shear or with too little shear chop the wood and are more likely to produce tear out and chatter marks. In addition, not having the proper shear angle causes premature wearing of the carbide and puts more strain on the router.

R ota tio n

Shear Angle

ta tion

Unbalanced Design

168

Balanced Design

No Shear Angle

Technical information

Gullet The cut out area in the body in front of each carbide tip for chip removal. Hook Angle The angle the face of the carbide tip makes with a line projecting radially from the center of the shank. Relief Angle The angle the tip of the carbide tooth makes away from the cutting edge to a line tangent to the bit circumference. Shear Angle The angle that the cutting edge makes with a line parallel to the shank of the bit. Shank The precision ground, cylindrical part of the bit that is held in the router collet. Solid Carbide Bit A router bit formed entirely of carbide, including the shank, body and cutting edge. Found primarily in small diameter and spiral router bits.

Anti-Kickback Limiter The projection at the front of the gullet which limits the maximum tooth bite to the safe limit for the bit design reducing the effects of kickback. Brazing The method used to attach the carbide tips to the blade body. Both the blade and the body are heated above the melting point of the brazing compound, which then flows, by capillary action into the joint, forming a bond between the parts.

Pilot Bearing The part of the bit designed to guide the bit and control the depth of cut. Often used to rout the edges of irregularly shaped objects and for following templates.

duce decorative, fluted grooves. Flush Trim (Pattern) Bits Straight cutting bits that include a pilot bearing that is the same diameter as the cutter. Often used for laminate work and template routing. Spiral Bits Special straight cutting bits that are formed with helical flutes for more efficient chip ejection. The helical shape of the flutes also results in shear angles that produce a smoother surface finish. Compression Bits Straight cutting bits that combine both down shear angles and up shear angles for excellent finish on both the top and bottom of the cut. Raised Panel Bits Produce a decorative profile on the edge of a wood panel while reducing the edge thickness to fit into the groove of a stile and rail frame. Back Cutters Secondary cutters used in combination with raised panel bits to create double-sided panels that are in the same plane with both the front and back of the stile and rail frame.

Rail And Stile Bits Used to produce frames for panel doors. The stile or stick cut refers to the profiled inner edge of the frame and either a groove to accept a panel or a rebate for glass. The rail or cope cut is the mating glue joint produced on the ends ofthe rails. Round Nose (Core Box) Bits End cutting bits that will plunge cut and pro-

SUGGESTER ROUTER SPEEDS CUTTING DIAMETER (D)

MAXIMUM R.P.M.

To 1” (25.4 mm)

2400

1” (25.4 mm)

To 1-1/4” (31.75 mm)

1800

1-1/4” (31.75 mm)

To 2-1/4” (57.15 mm)

1600

2-1/4” (57.15 mm)

To 3-1/2” (88.9 mm)

1200

IMPORTANT NOTE: Do not exceed the maximum speed marked on the tool

169

Safe working practice

TOOLS Tools shall be used only by persons of training and experience who have knowledge of how to use and handle tools. The maximum rotational speed marked on the tool shall not be exceeded. One piece tools with visible cracks shall not be used. Clamping surfaces shall be cleaned to remove dirt, grease, oil and water. Resin shall only be removed from light alloys with solvents that do not affect the mechanical characteristics of these materials. Tools and tool bodies shall be clamped in such a way, that they shall not loosen during operation. Tools with cylindrical shank must be clamped in a way that the mark of the maximum free shank length shall be covered, at least partially, by the clamping device or by the locking collet. Care shall be taken of mounting tools to ensure that the clamping is by the hub respectively by the clamping surface of the tool and that the cutting edges are not in contact with each other or with the clamping elements. Fastening screws and nuts shall be tightened using the appropriate spanners etc. and to the torque value provided by the manufacturer. Extension of the spanner or tightening using hammer blows shall not be permitted. Clamping screws shall be tightened according to instructions provided by the manufacturer. Where instructions are not provided clamping screws shall be tightened in sequence from the center outwards. Use of fixed rings, e. g. pressed or held by adhesive fixing, in flanged sleeves, shall be permitted if made to the manufacturers specifications. Repair and regrinding of tools shall only be allowed according to the tool manufacturerâ&#x20AC;&#x2122;s instructions. After repair and regrinding of tools it shall be ensured that the tools observe balancing requirements. The design of composite (tipped) tools shall not be changed in the process of repair. Composite tools shall be repaired by a competent person, i.e. a person of training and experience, who has knowledge of the design requirements and understands the level of safety to be achieved. Repair shall therefore include, e.g. use of spare parts which are in accordance with the specification of the original parts provided by the manufacturer. Tolerances which ensure correct clamping shall be maintained. For one piece tools care shall be taken that regrinding of the cutting edge will not cause weakening of the hub and the connection of the cutting edge to the hub. To avoid injuries, tools shall be handled in accordance with the guidance provided by the manufacturer. Typically, safe handling involves the use of devices such as carrying hooks, proprietary handles, frames (e. g. for circular saw blades), boxes, trolleys etc. The wearing of protective gloves improves the grip on the tool and further reduces the risk of injury. Maintenance and modification of milling tools and related components and circular saw blades should always be in accordance with the design requirements/the manufacturerâ&#x20AC;&#x2122;s instructions. Maintenance and modification of milling tools and circular saw blades should only be carried out by a competent person, i. e. a person of training and experience, who has knowledge of the design requirements and understand levels of safety to be achieved. When regrinding milling tools and circular saw blades, the minimum requirements of cutting blade thickness and cutting blade projection should be observed. Composite tools should be repaired by persons experienced in and with understanding of design and use of milling tools for processing wood and similar materials, e.g. an expert with a relevant education and knowledge of the brazing process, including in particular the influence of the brazing process on tension in tool

170

body and cutting material. When brazing off worn tips and subsequently brazing on new tips it should be made sure that the tip is correctly mounted in the tool body and that the process does not result in critical tension in the tool body. After any type of maintenance, milling tools marked with MAN should continue to observe the requirements of the standards related to tools for hand feed. When modifying milling tools, e. g. modification of bore diameter, modification of shank, retipping of composite tools and similar, it should be ensured that the requirements of the standard relating to balancing are still observed. After being modified and/or retipped, milling tools and circular saw blades should be marked according to the rules applying to new tools. However, the name/logo of the company making the modification/retipping should be added. To avoid injuries, tools shall be handled in accordance with the guidance provided by the manufacturer. Tools which weigh more than 15 kg may require the use of special handling devices or attachments, these will depend on the features that the manufacturer has designed into the tool to allow easy handling. The manufacturer can advise on the availability of necessary devices. CLAMPING DEVICES The speeds indicated on the clamping device and the tool to be clamped should be compared. For adjusting the speed on the machine the lower speed should be applied. Screws and nuts should be tightened using the appropriate spanners; Clamping surfaces should be cleaned to remove dirt, grease, oil and water; Clamping devices and tools should be mounted or clamped according to given torques, pressures and wrenches to be used; extension of spanners or tightening or loosening by means of hammer blows should not be permitted; Maximum tool diameters and tool lengths should not be exceeded; Shank diameters must be in accordance with the clamping range of the clamping devices; The minimum required clamping length must be kept; Care should be taken that the data relevant to the safety of the clamped tool are always stored in the data medium. Repairs should only be carried out by a competent person, i.e. a person with professional training and experience, who has knowledge of the design, construction and safety requirements; Repair should therefore include the use of spare parts which are in compliance with the specifications of the original parts.

Explanation of symbols and abbreviations for router bits, cutterheads and carbide components SYMBOLS TO READ THE PRODUCT TABLES Diameter

Bore

Cutting thickness

Number of teeth

Bearing diameter

Max RPM

Shank

Overall height

Radius or number of spurs

Code

Item code

Saw blade body thickness

Cutting height

Radius

SAP

Item code - for SAP users only

Adj. cutting thickness

Inserts or interaxial distance

B-B1 L.U.

Îą

Actual height

Thickness

Cutter angle

Length

Working length

other symbols Table mounted router

Table mounted router only

Automatic feed tools

Manual feed tools

Performance System

ISOprofil Automatic diameter recovery system

Disposable knives

Brazed cutters

1 cutters

2 cutters

3 cutters

Plan view of router bit for multiboring machines

Z 1+1

Z 2+2

Router bit with 1 disposable knife

Up spiral

Router bits for multiboring machines

Tools with disposable knives

Router cutters for overhead router machines

Down spiral

Sizing - Wood

Sizing - Laminates

Sizing - Chipboard

Up spiral and down spiral

Plunging - Wood

Plunging - Laminates

Plunging - Chipboard

Through hole - Wood

Through hole - Laminates

Through hole with countersink - Wood

Through hole with countersink - Laminates

Blind hole - Wood

Blind hole - Laminates

Blind hole with countersink - Wood

Blind hole with countersink Laminates

Hinge pockets - Wood

Hinge pockets - Laminates

Drilling - Wood

Drilling - Laminates

Grooving - Wood

Grooving - Laminates

Softwood Legno tenero

Hardwood Legno duro

Plywood Multistrato

Laminate Laminato

MDF MDF

Plastics Materiali plastici

1,5 mm

171

Explanation of symbols and abbreviations for circular saw blades D

15°

d 10°

15°

20°

LU1C 0400 300x3,2/2,2x30 Z26 HW n max 6500 RPM 00000000 - 00/13

LM01 1200 300x2,5/1,8x70 Z24+2 HW n max 6500 RPM 00000000 - 00/13

D mm

B mm

b mm

d mm

NL - KN

Code

SAP

250

3,2

2,2

FT01

ABCD 1234

A00BC01234

250 300

3,2 3,2

2,2 2,2

70 30

22 26

4CH 21x5 FT01

ABCD 1234 ABCD 1234

A00BC01234 A00BC01234

HW H00XA

0,35

Tooth features - Caratteristiche del dente

INCREASING IMPACT STRENGTH

INCREASING HARDNESS

TF30

K10S

H01K

H00K

H00XA

H00XF

1515 9,8 11,75

1620 8,94 14,35

1870 8,22 14,36

1930 7,68 14,71

2070 7,71 14,73

2200 7,73 14,63

Vickers hardness (HV10) Transverse rupture (K1c) Density (gr/cm3)

172

TiCo Carbide

Printed in .... - September 2017 - Rev. 0

Furniture Installations Technologies (PTY) Ltd. 441B Skilder Street Silvertondale Pretoria Tel: +27 12 8041950 Fax: +27 12 8042717 www.freud.it