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— — — — Wolfcraft, DeWALT, CMT

: - Wolfcraft, DeWALT, CMT

Wolfcraft
DeWALT
CMT
KWB (+38)
.
KWB
Tamoline (+34)
.
Tamoline
Alpen (+0)
ALPEN ALPEN-MAYKESTAG GmbH, , - .

MAYKESTAG, .

, ALPEN .
Alpen
Bosch (+53)
Robert Bosch GmbH , , .

, 1886 (), Workshop for Precision Mechanics and Electrical Engineering ( ). , , . 1901 , , Bosch.

1906 8- ( ), , , , . , Bosch.

. , , , , Bosch, 300 .

, , , , , 100 .
Bosch
Wolfcraft
Intertool (+7)
INTERTOOL – .

INTERTOOL 1999 . , , , , .

INTERTOOL , . , , -, . INTERTOOL , , , .

INTERTOOL – « !», . INTERTOOL , – .
 
INTERTOOL – 4 000 .
Intertool
Metabo (+3)
Metabowerke GmbH — , , Metabo.

- , . , .

, , , , , , , .

1924 , . . Schnizler GmbH .
Metabo
DeWALT
STANLEY (+9)
150 Stanley . Stanley . .   

Stanley Works 1843   . , - , . , 1857 ,   Stanley Rule and level Company ( ). 1920 Stanley Rule and level Company  Stanley Works, Stanley Hand Tools Division ( ).

Stanley Works . - Bailey, Surform, Power Lock, - Fat Max.

, Stanley . Stanley 100 . Stanley « » « » 2001 2002 .
Stanley
Einhell (+1)
CMT
Virutex (+1)
ITA TOOLS (+91)
S&R (+23)
(+2)
(631)
(+0)
(4)
(9)
(+1)
ij ,
,
ij ,
ֳ
HM D=19 I=50 L=110 S=12 Z=2 + 657.993.11B
HM D=19 I=50 L=110 S=12 Z=2 +
CMT
ϳ
ij , , ij , ֳ
657.191.11B19308
3714.86 .
657.993.11B195012
3822.11 .
657.995.11B196012
4537.22 .
D=23 I=11 L=60 S=8 A=90 665.200.11
D=23 I=11 L=60 S=8 A=90
CMT
ϳͳ
ij , , ij , ֳ
665.200.1123118
1404.42 .
HM D=12,7 I=11 A=60 S=6 758.001.11
HM D=12,7 I=11 A=60 S=6
CMT
ϳͳ
ij , , ij , ֳ
758.001.1112,7116
1750.63 .
NP HW D=5 I=30 L=55,5 S=8x20 RH 306.050.11
NP HW D=5 I=30 L=55,5 S=8x20 RH
CMT
ϳͳ
ij , , ij , ֳ
306.050.115308
504.19 .
306.060.116308
517.98 .
306.080.118308
562.04 .
306.100.1110308
607.43 .
NP HW D=5 I=27 L=57,5 S=10x27 RH XTREME-HW 310.050.41
NP HW D=5 I=27 L=57,5 S=10x27 RH XTREME-HW
CMT
ϳͳ
ij , , ij , ֳ
310.050.4152710
436.55 .
310.080.4182710
484.16 .
P HW D=5 I=43 L=70 S=8x20 LH 368.050.12
P HW D=5 I=43 L=70 S=8x20 LH
CMT
ϳͳ
ij , , ij , ֳ
368.050.125438
671.06 .
368.080.128438
756.06 .
HW NP D=4 I=43 L=70 S=10x20 LH 309.040.12
HW NP D=4 I=43 L=70 S=10x20 LH
CMT
ϳͳ
ij , , ij , ֳ
309.040.1244310
467.25 .
309.050.1254310
383.59 .
309.060.1264310
399.17 .
309.062.126,23510
342.65 .
309.070.1274310
481.05 .
309.080.1284310
413.85 .
309.100.12104310
474.82 .
309.120.12124310
643.47 .
309.150.12154310
993.24 .
309.160.12164310
1040.41 .
309.140.12144310
888.67 .
D=35 I=10,5 L=60 S=8 663.007.11
D=35 I=10,5 L=60 S=8
CMT
ϳͳ
ij , , ij , ֳ
663.007.113510,58
3197.77 .
HM D=5 I=65 L=105 S=10x30 RH 372.050.11
HM D=5 I=65 L=105 S=10x30 RH
CMT
ϳͳ
ij , , ij , ֳ
372.050.1156510
646.14 .
372.060.1166510
683.08 .
372.070.1176510
689.75 .
372.080.1186510
690.2 .
372.100.11106510
742.71 .
372.120.11126510
841.94 .
NP HWM D=3x18 L=57,5 S=10x25 LH XTREME 310.030.22
NP HWM D=3x18 L=57,5 S=10x25 LH XTREME
CMT
ϳͳ
ij , , ij , ֳ
310.020.2121210
530 .
310.020.2221210
530 .
310.030.2131810
446.78 .
310.030.2231810
446.78 .
310.080.2282210
1046.64 .
D=S=14 I=95 L=150 Z=3 195.142.11
D=S=14 I=95 L=150 Z=3
CMT
ϳͳ
ij , , ij , ֳ
195.142.11149514
7729.65 .
HS 5% D=4 I=46 I2=16 L=90 S=8 Z1 189.040.51
HS 5% D=4 I=46 I2=16 L=90 S=8 Z1
CMT
ϳͳ
, / 12.000
ij , , ij , ֳ
189.040.514468
1014.16 .
189.050.515358
919.37 .
189.060.516458
912.25 .
189.080.518688
1126.74 .
189.100.51109510
1698.57 .
189.051.515358
1126.74 .
189.052.515558
1014.16 .
HM D=5 I=50 L=85 S=10x27 RH 373.050.11
HM D=5 I=50 L=85 S=10x27 RH
CMT
ϳͳ
ij , , ij , ֳ
373.050.1155010
577.61 .
373.060.1165010
589.18 .
373.070.1175010
589.18 .
373.080.1185010
588.74 .
373.100.11105010
645.7 .
373.120.11125010
726.69 .
D=8 I=20 L=60 S=8 Z=2 mirror finish 186.080.11
D=8 I=20 L=60 S=8 Z=2 mirror finish
CMT
ϳͳ
ij , , ij , ֳ
186.080.118208
1498.32 .
186.120.11122512
3225.81 .
186.100.11102210
2584.12 .
186.650.115126
1257.57 .
VHM D=03 I=012 L=050 S=03 RH Z1 S=3 198.030.11
VHM D=03 I=012 L=050 S=03 RH Z1 S=3
CMT
ϳͳ
ij , , ij , ֳ
198.030.113123
768.07 .
198.040.114154
844.17 .
198.050.115175
1027.95 .
198.060.116226
1312.31 .
198.080.118228
1303.85 .
198.100.11103210
2013.63 .
198.102.11105210
2283.3 .
198.081.118328
1580.64 .
D=S=20 I=102 L=165 Z=3 196.202.11
D=S=20 I=102 L=165 Z=3
CMT
ϳͳ
ij , , ij , ֳ
196.202.112010220
12687.84 .
HM D=4 I=10 L=45 S=8 911.040.11
HM D=4 I=10 L=45 S=8
CMT
ϳͳ
ij , , ij , ֳ
911.060.116168
1157.89 .
911.080.118208
1193.49 .
911.100.1110208
1185.04 .
911.110.1111208
1349.24 .
911.140.1114208
1188.6 .
911.150.1115208
1233.1 .
911.160.1116208
1233.1 .
911.180.1118208
1298.07 .
911.200.1120208
1365.26 .
911.530.113812
1241.11 .
911.560.1161912
1339.01 .
911.620.11122512
1304.74 .
911.040.114108
1157.89 .
D=3 I=12 L=50 S=3 Z=2 191.030.11
D=3 I=12 L=50 S=3 Z=2
CMT
ϳͳ
ij , , ij , ֳ
191.030.113123
768.07 .
191.040.114154
844.17 .
191.050.115175
1027.95 .
191.080.118228
1221.53 .
191.082.118428
1650.95 .
191.100.11103210
1930.41 .
191.121.11124212
2867.58 .
191.630.113126
1134.31 .
191.640.114156
1134.31 .
191.650.115176
1122.29 .
191.800.1110328
2920.98 .
191.840.114158
1087.14 .
191.850.115178
1203.28 .
191.860.116278
1255.35 .
191.081.118328
1349.69 .
191.120.11123512
2579.67 .
191.122.11125212
3283.66 .
191.870.117328
1546.82 .
3
HM D=3 I=10 L=55 S=8 174.030.11
HM D=3 I=10 L=55 S=8
CMT
ϳͳ
ij , , ij , ֳ
174.030.113108
1253.57 .
174.040.114108
1253.57 .
174.050.115128
1253.57 .
174.060.116148
1278.93 .
HM D=38,1 I=20,7 T=18 R=1,8-6 S=8 955.103.11
HM D=38,1 I=20,7 T=18 R=1,8-6 S=8
CMT
ϳͳ
ij , , ij , , ֳ
955.103.1138,120,781,8-6
2619.27 .
20
1234 ... 10
106 000 14