Miki Couplings

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MOQ : 1 Piece

Miki Couplings Specification

Sealing
No Sealing

Bore
Customizable as per requirement

Head Code
Standard

Thread
No Thread

Torque
Up to 800 Nm

Max. Speed
Up to 10,000 rpm

Material
Aluminum Alloy / Stainless Steel

Structure
Flexible/Disc Type

Standard
JIS

Inner Diameter
6 mm to 50 mm

Outer Diameter
20 mm to 120 mm

Application
Power Transmission, Industrial Machinery

Surface Treatment
Electroplated

Technique
Precision Machined

Shape
Round

Vibration Damping
Yes

Weight
Varies by model (lightweight design)

Torsional Stiffness
High

Model
Various types (e.g., SFC, ALS series)

Misalignment Compensation
Axial, radial, and angular

Mounting Type
Set Screw / Clamp Type

Finish
Anodized / Polished

Miki Couplings Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

About Miki Couplings

Miki Couplings

Pioneers in the industry, we offer MIKI-PULLEY-japan-
Flexible coupling-

Servo Flex-
Star Flex-
SCHMIDT -
SFC-SFS-SFM-PSL-k-PSL-G such as
Servo Flex Coupling-Servo Flex metal coupling
Star Flex Coupling and MIKI PULLEY INDIA-SPR FLEX -J from India.

Exceptional Torsional Stiffness

Engineered for high torsional stiffness, Miki Couplings deliver robust torque transmission while minimizing backlash. Their design maintains system integrity even at high rotational speeds and demanding industrial workloads, making them the preferred choice for reliable machinery operations.

Comprehensive Misalignment Compensation

Thanks to their flexible construction, Miki Couplings can effortlessly absorb axial, radial, and angular misalignments. This ensures smooth machine performance and prolongs the service life of connected components, even during dynamic power transmission scenarios.

Variety in Material and Model Selection

Available in both aluminum alloy and stainless steel variants, and across a range of models such as the SFC and ALS series, Miki Couplings provide solutions tailored to diverse industrial requirements. Users benefit from customizable borings and mounting types to suit specific equipment setups.

FAQs of Miki Couplings:

Q: How do Miki Couplings benefit industrial power transmission applications?

A: Miki Couplings offer high torsional stiffness and effective vibration damping, providing stable and precise power transmission for industrial machinery. Their ability to compensate for all types of shaft misalignments reduces mechanical wear and ensures reliable long-term operation.

Q: What is the process for selecting the correct Miki Coupling model for my equipment?

A: To choose the right model, consider factors like torque requirements (up to 800 Nm), speed (up to 10,000 rpm), shaft diameter (customizable between 6 mm and 50 mm), and specific misalignment compensation needs. Consulting our distributor or supplier in India can help you match a suitable SFC or ALS series coupling to your application.

Q: When should I use an anodized or polished finish on Miki Couplings?

A: Anodized finishes are recommended when extra protection against corrosion and surface wear is necessary, especially in harsh environments. Polished finishes provide aesthetic value and ease of cleaning, typically suited for cleaner or less abrasive settings.

Q: Where can I source genuine Miki Couplings in India?

A: Genuine Miki Couplings are available through authorized distributors, importers, and suppliers across India. Contact your local supplier to ensure you receive authentic products that meet JIS standards and factory specifications.

Q: What are the key benefits of the lightweight design of Miki Couplings?

A: The lightweight construction, achieved using aluminum alloy or stainless steel, minimizes inertial load on shafts, enhances the responsiveness of motor-driven systems, and improves overall energy efficiency in automation and industrial systems.

Q: How does the flexibility of Miki Couplings enhance system longevity?

A: By compensating for axial, radial, and angular misalignment, these couplings prevent excessive stress on shafts and bearings. This reduces the risk of premature component failure and extends the operational lifespan of your machinery.

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