Machine element
MIKI PULLEY
The Servo Flex (Metal Leaf Spring Coupling) SFH Model is a high-output leaf spring coupling. This coupling comes in two types: single element type and double element floating shaft type. The double element floating shaft type is especially flexible, allowing the length to be set freely according to customer requirements. It features a maximum flange outer diameter of φ262mm and an allowable torque of 8000 N・m, combining high rigidity and flexibility.
Features
- High Rigidity: Supports high-output applications and achieves high torsional rigidity.
- Various Models: Available in single element type and double element floating shaft type.
- Floating Shaft: Allows length adjustment according to customer requirements.
- High Allowable Torque: Supports up to 8000 N・m of allowable torque.
- Large Flange Outer Diameter: Features a maximum flange outer diameter of φ262mm.
Specifications
- Model Name: SFH Series
- Allowable Torque: Up to 8000 N・m
- Flange Outer Diameter: Up to φ262mm
- Element Types:
Single Element Type
Double Element Floating Shaft Type
- Materials:
Main Body Material: High-quality alloy steel
Surface Treatment: Special treatment for high durability
- Operating Temperature Range: -20℃ to 100℃
Applications
- Machine Tools
- Semiconductor Manufacturing Equipment
- Actuators
- Chip Mounters
- Printing Machines
- Packaging Machines
The Servo Flex (Metal Leaf Spring Coupling) SFH Model is ideal for applications requiring high precision and high rigidity, such as machine tools and semiconductor manufacturing equipment.
For more details, please download the PDF or feel free to contact us.
Company name | MIKI PULLEY (THAI) CO., LTD. | EMIDAS Member Number | 100370 |
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Country | Kingdom of Thailand | Street address |
1 MD Tower, 20th Floor, Room No. C1, Soi.Bangna-Trad 25, Debaratna Road, Bangna-Nuea, Bangna Bangkok Kingdom of Thailand |
Telephone number | +66-2-003-5525 | Fax number | Log in to display |
Employees | 2,000,000 THB | Annual sales | |
Employees | 5 | Person in charge | Mr.Kenji Hayasaka |