TransRex Drive
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales
  • High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales

High-Precision Harmonic Drive Horizontal ST-SHF Series Gear Reducer Manufacturer Direct Sales

The high-precision SHF Series Harmonic Drive features four categories: SHF-I self-aligning type, SHF-II hollow shaft type, SHF-III integral type, and SHF-IV shaft input type.

Specifications:
ST-SHF-14-XX-I Gear Ratio 50 Self-Aligning Type
ST-SHF-14-XX-I Gear Ratio 100 Self-Aligning Type
ST-SHF-20-XX-I Gear Ratio 50 Self-Aligning Type
ST-SHF-20-XX-I Gear Ratio 100 Self-Aligning Type
ST-SHF-25-XX-I Gear Ratio 50 Self-Aligning Type
ST-SHF-25-XX-I Gear Ratio 100 Self-Aligning Type
ST-SHF-32-XX-I Gear Ratio 50 Self-Aligning Type
ST-SHF-32-XX-I Gear Ratio 100 Self-Aligning Type
ST-SHF-14-XX-Ⅱ Gear Ratio 50 Hollow Type
ST-SHF-14-XX-Ⅱ Gear Ratio 100 Hollow Type
ST-SHF-17-XX-Ⅱ Gear Ratio 50 Hollow Type
ST-SHF-17-XX-Ⅱ Gear Ratio 100 Hollow Type
ST-SHF-20-XX-Ⅱ Gear Ratio 50 Hollow Type
ST-SHF-20-XX-Ⅱ Gear Ratio 100 Hollow Type
ST-SHF-25-XX-Ⅱ Gear Ratio 50 Hollow Type
ST-SHF-25-XX-Ⅱ Gear Ratio 100 Hollow Type
ST-SHF-32-XX-Ⅱ Gear Ratio 50 Hollow Type
ST-SHF-32-XX-Ⅱ Gear Ratio 100 Hollow Type
ST-SHF-14-XX-Ⅲ Gear Ratio 50 Integral Type
ST-SHF-14-XX-Ⅲ Gear Ratio 100 Integral Type
ST-SHF-17-XX-Ⅲ Gear Ratio 50 Integral Type
ST-SHF-17-XX-Ⅲ Gear Ratio 100 Integral Type
ST-SHF-20-XX-Ⅲ Ratio 50 Integral Type
ST-SHF-20-XX-Ⅲ Ratio 100 Integral Type
ST-SHF-25-XX-Ⅲ Ratio 50 Integral Type
ST-SHF-25-XX-Ⅲ Ratio 100 Integral Type
ST-SHF-32-XX-Ⅲ Ratio 50 Integral Type
ST-SHF-32-XX-Ⅲ Ratio 100 Integral Type
ST-SHF-14-Ⅳ Ratio 50 Shaft Input Type
ST-SHF-14-Ⅳ Ratio 100 Shaft Input Type
ST-SHF-17-IV Ratio 50 Shaft Input Type
ST-SHF-17-IV Ratio 100 Shaft Input Type
ST-SHF-20-IV Ratio 50 Shaft Input Type
ST-SHF-20-IV Ratio 100 Shaft Input Type
ST-SHF-25-IV Gear Ratio 50 Shaft Input Type
ST-SHF-25-IV Gear Ratio 100 Shaft Input Type
ST-SHF-32-IV Gear Ratio 50 Shaft Input Type
ST-SHF-32-IV Gear Ratio 100 Shaft Input Type
Connectors/Flanges

USD 56-388

output value: Monthly Output3000

contact shop

Product Description


SHF Series Precision Harmonic Reduce














              SHF-I [Self-aligning Type]                            SHF-II [Hollow Type]                                   SHF-III [Integral Type ]                                SHF-IV [Shaft Input Type]

The high-precision SHF Series Harmonic Drive features four core product categories: SHF-I self-aligning type, SHF-II hollow shaft type, SHF-III integral type, and SHF-IV shaft input type. With its compact, flat structural design, ultra-high transmission accuracy, and robust load capacity, it serves as a core transmission solution for industrial automation and precision manufacturing. Utilizing advanced harmonic drive technology and integrated high-precision cross-roller bearings, these products achieve near-zero backlash motion control while delivering exceptional shock resistance and long-term operational stability. They are perfectly suited for space-constrained applications demanding ultimate precision and reliability.

Functional Features






High Rigidity and High Load Capacity 

Integrated high-precision cross-roller bearings significantly enhance product rigidity and impact resistance, capable of withstanding extreme axial, radial loads, and overturning moments.







Ultra-Compact and Lightweight

Flat-profile design delivers a small footprint and light weight, effectively saving installation space. Ideal for collaborative robots and similar equipment.







High Torque Density and Efficiency

Generates substantial torque within a compact volume with high transmission efficiency, significantly enhancing equipment power performance and energy utilization.


Product parameters

SHF-14 Type

Item

30

50

80

100

Rated Torque at 2000 r/min [N·m]

3.8

5.1

7.4

7.4

Allowable Peak Torque During Start/Stop [N·m]

8.6

17

22

27

Maximum Allowable Average Load Torque [N·m]

7.8

6.6

10.5

10.5

Instantaneous Maximum Allowable Torque [N·m]

16

33

45

51

Backlash [Arcsec]

≤20

≤20

≤10

≤10

Maximum Allowable Input Speed [r/min]

8000

8000

8000

8000

Permissible Average Input Speed [r/min]

3500

3500

3500

3500

SHF-14-I [Self-aligning Type] Hole Position Installation Plan

SHF-14-II [Hollow Type] Hole Position Installation Plan

SHF-14-III [Integral Type ] Hole Position Installation Plan

SHF-14-IV [Shaft Input Type] Hole Position Installation Plan

ST-SHF-17 Type

Item

30

50

80

100

Rated Torque at 2000 r/min [N·m]

8.4

15.2

21

23

Allowable Peak Torque During Start/Stop [N·m]

15.2

32

41

52

Maximum Allowable Average Load Torque [N·m]

11.5

25

26

38

Instantaneous Maximum Allowable Torque [N·m]

29

66

83

108

Backlash [Arcsec]

≤20

≤20

≤10

≤10

Maximum Allowable Input Speed [r/min]

7000

7000

7000

7000

Permissible Average Input Speed [r/min]

3500

3500

3500

3500

SHF-17-I [Self-aligning Type] Hole Position Installation Plan

SHF-17-II [Hollow Type] Hole Position Installation Plan

SHF-17-III [Integral Type ] Hole Position Installation Plan

SHF-17-IV [Shaft Input Type] Hole Position Installation Plan

ST-SHF-20 Type


Item

30

50

80

100

120

Rated Torque at 2000 r/min [N·m]

14

24

32

38

38

Allowable Peak Torque During Start/Stop [N·m]

26

53

70

78

83

Maximum Allowable Average Load Torque [N·m]

19

32

45

47

47

Instantaneous Maximum Allowable Torque [N·m]

48

93

121

140

140

Backlash [Arcsec]

≤20

≤20

≤10

≤10

≤10

Maximum Allowable Input Speed [r/min]

6000

6000

6000

6000

6000

Permissible Average Input Speed [r/min]

3500

3500

3500

3500

3500

SHF-20-I [Self-aligning Type] Hole Position Installation Plan

SHF-20-II [Hollow Type] Hole Position Installation Plan

SHF-20-III [Integral Type ] Hole Position Installation Plan

SHF-20-IV [Shaft Input Type] Hole Position Installation Plan

ST-SHF-25 Type


Item

30

50

80

100

120

Rated Torque at 2000 r/min [N·m]

26

37

60

64

64

Allowable Peak Torque During Start/Stop [N·m]

48

93

130

149

159

Maximum Allowable Average Load Torque [N·m]

36

52

83

103

103

Instantaneous Maximum Allowable Torque [N·m]

90

177

242

270

289

Backlash [Arcsec]

≤20

≤20

≤10

≤10

≤10

Maximum Allowable Input Speed [r/min]

5500

5500

5500

5500

5500

Permissible Average Input Speed [r/min]

3500

3500

3500

3500

3500

SHF-25-I [Self-aligning Type] Hole Position Installation Plan

SHF-25-II [Hollow Type] Hole Position Installation Plan

SHF-25-III [Integral Type ] Hole Position Installation Plan

SHF-25-IV [Shaft Input Type] Hole Position Installation Plan

ST-SHF-32 Type

Item

50

80

100

120

Rated Torque at 2000 r/min [N·m]

72

112

130

130

Allowable Peak Torque During Start/Stop [N·m]

205

289

325

335

Maximum Allowable Average Load Torque [N·m]

103

159

208

205

Instantaneous Maximum Allowable Torque [N·m]

363

540

635

652

Backlash [Arcsec]

≤20

≤10

≤10

≤10

Maximum Allowable Input Speed [r/min]

4500

4500

4500

4500

Permissible Average Input Speed [r/min]

3500

3500

3500

3500

SHF-32-I [Self-aligning Type] Hole Position Installation Plan

SHF-32-II [Hollow Type] Hole Position Installation Plan

SHF-32-III [Integral Type ] Hole Position Installation Plan

SHF-32-IV [Shaft Input Type] Hole Position Installation Plan

Application

Industrial Robotics: Joint drives for collaborative robots, SCARA robots, and Delta robots, enabling flexible and precise motion control.

Semiconductor Manufacturing: Wafer handling, lithography equipment, etc., meeting stringent requirements for nanometer-level positioning accuracy and cleanroom environments.

Medical Equipment: Surgical robots and rehabilitation devices, ensuring precision and safety during operations.

Precision Instruments: Optical equipment and coordinate measuring machines, providing stable, high-accuracy motion feedback.

Aerospace: Satellite attitude control and drone navigation systems, meeting high-performance transmission demands in extreme environments.

Supplier Information

Company:eriksen

Email:transrex@ttbridge.com

Tel:13460222030

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