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Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-SFC model
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-SFS model
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-SFF model
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-SFM model
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-SFH model
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-MIKI PULLEY CO., LTD.

Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)
MIKI PULLEY CO., LTD.

MIKI PULLEY CO., LTD.'s Response Status

Response Rate

100.0%

Response Time

95.2hours


About This Product

This is an ultra-high-rigidity metal plate spring type coupling developed for servo motor applications.This type has the excellent properties of being hard in the torsional direction and soft in the twisting direction, uneven direction, and axial direction, and can be used as an element. The leaf spring was thoroughly analyzed using the latest finite element method in pursuit of the most ideal shape. A small and lightweight SFC model that uses high-strength aluminum alloy for the hub material, an SFS model that uses carbon steel for the main body material and has a variety of variations to choose from, and SFM/SFF models developed for machine tool spindles and feed axes and their uses. We have an extensive lineup to suit your needs.

■Applications

Machine tools/semiconductor manufacturing equipment/actuators/chip mounters/printing machines/packaging machines

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    Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)

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5 Models of Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)

Click on the part number for more information about each product

Image Part Number Price (excluding tax) Axial spring constant (N/mm) Mass (kg) Tolerance Axial direction (mm) Tolerance declination angle (゜) Tolerance Eccentricity (mm) Allowable torque (N・m) Maximum rotation speed (min-1) Moment of inertia (kg・m2) Torsional spring constant (N・m/rad) Shape TYPE
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-Part Number-SFC model

SFC model

Available upon quote

17~140

0.003~1.739

±0.04~±1.48

0.5~1

0.01~0.55

0.25~250

10,000

0.06×10-6^6~1,891×10^6

95~120,000

A,B,C

Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-Part Number-SFS model

SFS model

Available upon quote

21~313

0.30~8.60

±0.6~±3.6

1

0.2~0.9

15~800

3,800~390,000

0.11×10^3~21.20×10^3

8,000~780,000

-
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-Part Number-SFF model

SFF model

Available upon quote

48~546

0.17~6.39

±0.2~±2.0

1

0.02~0.44

8~1,000

8,000~18,000

0.03×10^3~19.11×10^3

15,000~1,400,000

-
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-Part Number-SFM model

SFM model

Available upon quote

96~546

0.49~3.78

±0.3~±0.8

1

0.02

60~600

20,000~24,000

0.22×10^3~6.90×10^3

104,000~970,000

-
Thorough analysis using the finite element method, ultra-high rigidity metal plate spring type Servoflex (metal plate spring coupling)-Part Number-SFH model

SFH model

Available upon quote

122~612

4.71~53.11

±0.4~±1.4

1

1.4~2.9

1,000~8,000

3,400~5,900

12.60×10^3~433.47×10^3

750,000~10,780,000

-

Click on the part number for more information about each product

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About Company Handling This Product

Response Rate

100.0%


Response Time

95.2hrs

Company Overview

Miki Pulley Co., Ltd., founded in 1939, is a manufacturer and provider of solutions for power transmission and...

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