(!)Due to Microsoft's end of support for Internet Explorer 11 on 15/06/2022, this site does not support the recommended environment.
Mon. - Fri. 8 a.m. - 6 p.m.
All Categories
Categories
- Automation Components
- Linear Motion
- Rotary Motion
- Connecting Parts
- Rotary Power Transmission
- Motors
- Conveyors & Material Handling
- Locating, Positioning, Jigs & Fixtures
- Inspection
- Sensors, Switches
- Pneumatics, Hydraulics
- Vacuum Components
- Hydraulic Equipment
- Spray Equipment And Accessories
- Pipe, Tubes, Hoses & Fittings
- Modules, Units
- Heaters, Temperature Control
- Aluminum Extrusions, Framing, Support & Posts
- Casters, Leveling Mounts, Posts
- Doors, Cabinet Hardware
- Springs, Shock Absorbers
- Adjustment/Fastening Components, Pins, Magnets
- Antivibration, Soundproofing Materials, Safety Products
- Fasteners
- Materials
- Wiring Components
- LAN Cables / Industrial Network Cables
- Equipment Specific Cables
- Cordsets
- Computer & AV Cables
- Wire/Cable
- Connector (General Purpose)
- Crimp Terminal Components
- Cable Organization
- Cable Gland Components
- Cable Bushing/Clip/Sticker
- Screw/Spacer
- Cable accessories
- Tube
- Electrical Conduits
- Duct/Wiring
- Electrical Wiring Tools
- Dedicated tools
- Soldering supplies
- Electrical & Controls
- Cutting Tools
- Carbide End Mill
- HSS End Mill
- Concrete Drill Bits
- Milling Cutter Insert / Holder
- Core Drill Bits
- Customized Straight Blade End Mill
- Dedicated Cutter
- Crinkey Cutters
- Turning Tool
- Drill
- Cutting Tool Accessories
- Screw Hole Related Tools
- Reamer
- Electric Drill Bits
- Chamfering, Centering Tool
- Hole Saws
- Magnetic Drill Press Cutters
- Step Drills
- Wood Drills & Cutters
- Processing Tools
- packing & logistics storage supplies
- Safety Products
- research and development & cleanroom supplies
- Press Die Components
- Plastic Mold Components
- Ejector Pins
- Sleeves, Center Pins
- Core Pins
- Sprue bushings, Gates, and other components
- Date Mark Inserts, Recycle Mark Inserts, Pins with Gas Vent
- Undercut, Plates
- Leader Components, Components for Ejector Space
- Mold Opening Controllers
- Cooling or Heating Components
- Accessories, Others
- Components of Large Mold, Die Casting
- Injection Molding Components
- Purging Agent
- Injection Molding Machine Products
- Accessories of Equipment
- Auxiliary Equipment
- Air Nippers
- Air Cylinders
- Air Chuck for Runner
- Chuck Board Components
- Frames
- Suction Components
- Parallel Air Chuck
- Special Air Chuck
- Mold Maintenance
- Heating Items
- Heat Insulation Sheets
- Couplers, Plugs, One-touch Joints
- Tubes, Hoses, Peripheral Components
Applications
Brands
- Webcode Seach | Series
-
#CODE
- Discontinued Products
- Scheduled Maintenance Notice: This site will be unavailable due to scheduled maintenance from 8:00 p.m. 7/27/2024 to 6:00 p.m. (CDT) 7/28/2024. We apologize for the inconvenience.
MISUMI Cantilever Shafts（Shaft Retaining Method：Nut Mount）
Shaft Retaining Method
-
Nut Mount -
Nut Mount with Pilot -
Screw Mount -
Flange Mount
-
Cantilever Shafts - Standard, Hex Head, Retaining Ring Groove
MISUMI
•Shoulder Shape: Hex
•Bearing Retaining Method: Snap Ring
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 9 Days or more -
Cantilever Shafts - Standard, Retaining Ring Groove, Inch Measurements
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Snap Ring
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- INCH
Days to Ship: 10 Days or more -
Cantilever Shafts - Standard, Retaining Ring Groove
MISUMI
•Shoulder Shape: 2 Flats
•Bearing Retaining Method: Snap Ring
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 8 Days or more -
Cantilever Shafts - Standard, Stepped, Retaining Ring Groove
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Snap Ring
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Thread Length Specifying Method: Thread Length Fixed Type- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 8 Days or more -
Cantilever Shafts - Pilot, Tapped End, Inch Measurements
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Screw (Tapped)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- INCH
Days to Ship: 10 Days or more -
Cantilever Shafts - Standard, Threaded End
MISUMI
•Shoulder Shape: 2 Flats
•Bearing Retaining Method: Nut (Threaded)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 8 Days or more -
Cantilever Shafts - Standard, Hex Head, Threaded End
MISUMI
•Shoulder Shape: Hex
•Bearing Retaining Method: Nut (Threaded)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 9 Days or more -
Cantilever Shafts - For Tension, Retaining Ring Groove
MISUMI
•Bearing Retaining Method: Snap Ring
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 9 Days or more -
Cantilever Shafts - Standard, Tapped End, Inch Measurements
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Screw (Tapped)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- INCH
Days to Ship: 10 Days or more -
Cantilever Shafts - Standard, Tapped End
MISUMI
•Shoulder Shape: 2 Flats
•Bearing Retaining Method: Screw (Tapped)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 8 Days or more -
Cantilever Shafts - Standard, Hex Head, Tapped End
MISUMI
•Shoulder Shape: Hex
•Bearing Retaining Method: Screw (Tapped)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 9 Days or more -
Cantilever Shafts - Standard, Stepped, Tapped End
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Screw (Tapped)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 8 Days or more -
Cantilever Shafts - Standard, Stepped, Threaded End
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Nut (Threaded)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 8 Days or more -
Cantilever Shafts - For Tension, Tapped End
MISUMI
•Bearing Retaining Method: Nut (Threaded)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- METRIC
- inCAD Components
Days to Ship: 9 Days or more -
Cantilever Shafts - Standard, Threaded End, Inch Measurements
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Nut (Threaded)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- INCH
Days to Ship: 10 Days or more -
Cantilever Shafts - Pilot, Retaining Ring Groove, Inch Measurements
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Snap Ring
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- INCH
Days to Ship: 10 Days or more -
Cantilever Shafts - Pilot, Threaded End, Inch Measurements
MISUMI
•Shoulder Shape: 2 Flats with Shoulder
•Bearing Retaining Method: Nut (Threaded)
•Shaft Retaining Method: Nut Mount
•Material: Stainless Steel
•Heat Treatment: Not Hardened- Lead Time Reduction
- INCH
Days to Ship: 10 Days or more
| Brand |
|---|
| Product Series |
| CAD |
| Days to Ship |
| Specifications |
| Shaft Retaining Method |
| Shaft Dia.(mm) |
| Shaft Dia.(inch) |
| Bearing Retaining Method |
| Material |
| Surface Finish |
| Heat Treatment |
| Shoulder Shape |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| |
| Brand | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI |
| Product Series | Cantilever Shafts - Standard, Hex Head, Retaining Ring Groove | Cantilever Shafts - Standard, Retaining Ring Groove, Inch Measurements | Cantilever Shafts - Standard, Stepped, Retaining Ring Groove | Cantilever Shafts - Standard, Threaded End, Inch Measurements | Cantilever Shafts - Pilot, Retaining Ring Groove, Inch Measurements | ||||||||||||
| CAD |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| Days to Ship | 9 Days or more | 10 Days or more | 8 Days or more | 8 Days or more | 10 Days or more | 8 Days or more | 9 Days or more | 9 Days or more | 10 Days or more | 8 Days or more | 9 Days or more | 8 Days or more | 8 Days or more | 9 Days or more | 10 Days or more | 10 Days or more | 10 Days or more |
| Specifications |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| Shaft Retaining Method | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount | Nut Mount |
| Shaft Dia.(mm) | 3 ～ 30 | - | 3 ～ 30 | 3 ～ 30 | - | 3 ～ 30 | 3 ～ 30 | 6 ～ 30 | - | 6 ～ 30 | 6 ～ 30 | 6 ～ 30 | 3 ～ 30 | 6 ～ 30 | - | - | - |
| Shaft Dia.(inch) | - | 1 ～ 5/8 | - | - | 1 ～ 5/8 | - | - | - | 1 ～ 5/8 | - | - | - | - | - | 1 ～ 5/8 | 1 ～ 5/8 | 1 ～ 5/8 |
| Bearing Retaining Method | Snap Ring | Snap Ring | Snap Ring | Snap Ring | Screw (Tapped) | Nut (Threaded) | Nut (Threaded) | Snap Ring | Screw (Tapped) | Screw (Tapped) | Screw (Tapped) | Screw (Tapped) | Nut (Threaded) | Nut (Threaded) | Nut (Threaded) | Snap Ring | Nut (Threaded) |
| Material | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel | Stainless Steel |
| Surface Finish | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel | None / Black Oxide / Electroless Nickel |
| Heat Treatment | Not Hardened | Not Hardened | Hardened / Not Hardened | Hardened / Not Hardened | Not Hardened | Hardened / Not Hardened | Not Hardened | Not Hardened | Not Hardened | Hardened / Not Hardened | Not Hardened | Not Hardened | Not Hardened | Not Hardened | Not Hardened | Not Hardened | Not Hardened |
| Shoulder Shape | Hex | 2 Flats with Shoulder | 2 Flats | 2 Flats with Shoulder | 2 Flats with Shoulder | 2 Flats | Hex | Hex / For Tension | 2 Flats with Shoulder | 2 Flats | Hex | 2 Flats with Shoulder | 2 Flats with Shoulder | Hex / For Tension | 2 Flats with Shoulder | 2 Flats with Shoulder | 2 Flats with Shoulder |
Loading...
Configure
Specification/Dimensions
-
Metric / Inch
- metric
- inch
-
Shaft Dia.(mm)
-
Shaft Dia.(inch)
-
Bearing Retaining Method
-
Snap Ring -
Nut (Threaded) -
Screw (Tapped)
-
-
Material
- Stainless Steel
-
Surface Finish
- None
- Black Oxide
- Electroless Nickel
-
Heat Treatment
- Hardened
- Not Hardened
-
Shoulder Shape
-
2 Flats -
2 Flats with Shoulder -
Hex -
For Tension
-
Narrow search by specifying Manufacturer
CAD
-
- 2D
- 3D
Days to Ship
-
- All
- 7 Days or Less
- 8 Days or Less
- 9 Days or Less
- 10 Days or Less
- 12 Days or Less
How can we improve?
How can we improve?
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Customer Privacy Policy
Thank you for your cooperation.
While we are not able to respond directly to comments submitted in this form, the information will be reviewed for future improvement.
Please use the inquiry form.
Customer Privacy Policy