High speed automatic tool changing oil path tool handle (bearing type)

High speed automatic tool changing oil path tool handle (bearing type)

High speed automatic tool changing oil path tool holder (external cooling to internal cooling tool holder), so that the machining center with only external cooling can realize internal cooling and improve the tool life.

High speed oil path tool handle

There is automatic tool change at the end of the articleOil path tool handle installation tutorial and installation video

BT-OSL side fixed tool holder for high speed automatic tool change oil circuit

去毛刺|倒角|浮动铰刀柄|滚压刀

Specifications

L

l1

l2

l3

D

d1

d2

S

T

Weight

BT40-OSL16-150

150

48

25

-

82

16

49.5

65

M12-1.75P

3.10

BT40-OSL20-150

50

20

3.50

BT40-OSL25-165

165

56

15

20

25

3.50

BT40-OSL32-165

60

32

7.80

BT50-OSL16-165

48

25

-

98

16

59

80

M14-2.0P

7.00

BT50-OSL20-165

50

20

M12-1.75P

7.50

BT50-OSL25-165

56

15

20

25

M16-2.0P

7.50

BT50-OSL32-165

60

32

9.05

BT50-OSL40-165

62

25

40

M14-2.0P

8.50

 

 

OSL reducer

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Model

L

l1

l2

D

d1

d2

Weight

OSL-20-16

54

48

5.5

30

16

20

0.07

OSL-25-16

60

35

25

0.19

OSL-25-20

56

20

0.15

OSL-32-16

64

48

42

16

32

0.35

OSL-32-20

56

20

0.32

OSL-32-25

25

0.22

OSL-40-16

74

48

50

16

40

0.57

OSL-40-20

60

20

0.54

OSL-40-25

25

0.45

OSL-40-32

32

0.3

 

Eccentric sleeve

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Model

L

d

D1

D

weight

20-25

48

20

41

25

0.19

25-32

60

25

49

32

0.21

32-40

65

32

58

40

0.23

40-50

76

40

68

50

0.24

 

High speed automatic tool changing oil path tool holder BT-OLER collet type

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Specifications

L

l1

S

D

Clamping range

Weight

BT40-OLER16-160

160

90

65

82

1-10

3.80

BT40-OLER20-160

1-13

4.10

BT40-OLER25-160

2-16

4.30

BT40-OLER32-160

2-20

4.50

BT50-OLER16-160

80

98

1-10

7.00

BT50-OLER20-160

1-13

7.10

BT50-OLER25-160

2-16

7.20

BT50-OLER32-160

2-20

7.30

BT50-OLER40-160

4-26

7.50

 

 

ER / C water stop clamp

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Model

d

Clamping range

d1

D

L

l1

l2

l3

Weight

ER11C

3-7

0.1

11

11.6

18

13.5

3.8

2.5

0.01

ER16C

3-6

16

16.6

27.5

20.8

6.25

4

0.03

6-10

0.5

ER20C

3-6

0.1

20

20.6

31.5

23.9

6.36

4.8

0.04

6-13

0.5

ER25C

3-6

0.1

25

25.6

34

25.9

6.66

5

0.05

6-16

0.5

ER32C

3-8

0.1

32

32.6

40

30.9

7.16

5.5

0.10

8-20

0.5

ER40C

10-26

0.1

40

40.6

46

34.9

7.66

7

0.25

12-34

0.5

 

适合于OER.OLER油路刀柄

Position block

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Model

L

l1

l2

l3

l4

C

D

Weight

ST-18

27

9

18.1

17.2

18

46.2

18

0.29

 

It is suitable for most machining centers and generally does not need to be customized

Description of high-speed automatic tool change oil path tool handle:
      Confirm the center distance s dimension before ordering
      Bearing pressure 4MPa
      Maximum speed: 3000rpm

 

Adjustment steps of tool handle of automatic tool change oil circuit

1. Confirm the distance from the tool handle center to the positioning column, BT40 = 65mm; BT50 = 80mm, and then compare with the distance from the spindle center of the machine tool to the fixed seat. If the distance is inconsistent, the customer shall adjust the position of the water inlet hole of the fixed seat by himself, and then install it (the fixed block is matched with the screw hole of the dust cover on the end face of the machine tool spindle).

2. Installation steps: A. first install the fixing block on the end surface of the machine tool, and connect the water inlet pipe with the positioning block. b. Installation of oil path tool handle: firstly loosen the M6 thread on the positioning key to make the positioning column move up and down freely (there is a spring under the positioning column), loosen the three M6 screws on the positioning ring to make it rotate freely with the oil path tool handle spindle (the screws cannot be loosened too much) C. lock the machine tool spindle, adjust the alignment between the keyway of the oil path tool handle spindle and the key position of the machine tool spindle, and adjust the angle of the positioning column at the same time, Align it with the water outlet hole of the positioning block. After pressing the positioning column, install the oil path tool handle on the machine tool spindle (after installation, check whether the positioning column is aligned with the water inlet of the positioning block, and the upper end surface of the positioning column needs to be closely fitted with the lower end surface of the positioning block to prevent water leakage. If it cannot be close, adjust the downward distance of the positioning block or change the thickness of the positioning block. d. Check again, turn on the cooling to check whether there is leakage and whether the housing is fastened when the main handle of the oil path tool handle rotates (manual rotation is recommended for the first use)

3. For the first use, turn on the rotating speeds s = 100, s = 300 and S = 500 respectively for tool handle running and (10 minutes). The maximum rotating speed during use shall not exceed 3000rpm

去毛刺|倒角|浮动铰刀柄|滚压刀


The oil path tool handle is suitable for the use of internal cooling tools, and can quickly realize the function of external cooling to internal cooling of the machine tool.


High pressure internal cooling can better remove iron filings, improve machining efficiency, reduce cutting edge temperature and prolong bit service life.


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