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MISUMI Linear Shafts（Material：S45C）
MISUMI offers products Linear Shafts specified by Material S45C from Automation Components product category. There are a total of 1 items. Search and select detailed specifications of parts for your machine with free CAD downloads. MISUMI products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.
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1 items
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Economy series
You can add up to 6 items per a category to the compare list.
MiSUMi EconomyGuide Shafts One End Tapped with Wrench Slot
MiSUMi EconomyMISUMI
Environmentally friendly Basic Shape Characteristics/Applications End Shape (Left) End Shape (Right) Shaft End Perpendicularity Material Heat Treatment Surface Treatment Shaft Dia. D(Ø) Material Details Shaft Fits Cleaning Method - Solid - Tapped No Machining Perpendicularity (0.2) S45C Induction Hardened Hard Chrome Plating 6 ～ 50 - g7 - Days to Ship: 12 Day(s) 
12 Day(s)
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| Product Series |
| CAD |
| From |
| Days to Ship |
| Environmentally friendly |
| Basic Shape |
| Characteristics/Applications |
| End Shape (Left) |
| End Shape (Right) |
| Shaft End Perpendicularity |
| Material |
| Heat Treatment |
| Surface Treatment |
| Shaft Dia. D(Ø) |
| Material Details |
| Shaft Fits |
| Cleaning Method |
You can add up to 6 items per a category to the compare list.  | |
| Brand | MISUMI |
| Product Series | |
| CAD |
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| From | - |
| Days to Ship | 12 Day(s) |
| Environmentally friendly | - |
| Basic Shape | Solid |
| Characteristics/Applications | - |
| End Shape (Left) | Tapped |
| End Shape (Right) | No Machining |
| Shaft End Perpendicularity | Perpendicularity (0.2) |
| Material | S45C |
| Heat Treatment | Induction Hardened |
| Surface Treatment | Hard Chrome Plating |
| Shaft Dia. D(Ø) | 6 ～ 50 |
| Material Details | - |
| Shaft Fits | g7 |
| Cleaning Method | - |
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Configure
Specification/Dimensions
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Environmentally friendly
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Characteristics/Applications
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End Shape (Left)
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No Machining -
Tapped -
Threaded -
Set Screw Grooved -
With Retaining Ring Grooves -
Keyway -
Tapped -
Hex Socket -
Tapered
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End Shape (Right)
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No Machining -
Tapped -
Threaded -
Set Screw Grooved -
With Retaining Ring Grooves -
Tapped Hole -
Hex Socket -
Tapered -
Tapped Pilot
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Shaft End Perpendicularity
- Perpendicularity (0.2)
- Perpendicularity (0.03)
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Material
- SUJ2
- S45C
- Steel
- Stainless Steel
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Heat Treatment
- Not Provided
- Induction Hardened
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Surface Treatment
- Not Provided
- Hard Chrome Plating
- Low Temperature Black Chrome Plating
- Electroless Nickel Plating
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Shaft Dia. D(Ø)
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Material Details
- SUS304
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Shaft Fits
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Cleaning Method
- Degreasing
- Precision Cleaning
- Electrolytic Polishing + Precision Cleaning
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Related Categories to Linear Shafts
FAQ Linear Shafts
- Question: What are linear shafts?
- Answer: Linear shafts, also known as guide shafts, slide shafts, or hardened shafts, are precision-ground rods used to create smooth, low-friction linear motion in various applications. They work in conjunction with linear bearings, like ball bushings, to provide guided movement along their length.
- Question: What materials are linear shafts made from?
- Answer: Linear shafts are typically made from high-strength materials such as stainless steel, carbon steel, or chrome-plated steel. These materials provide durability, corrosion resistance, and a smooth surface for precise motion.
- Question: What is the difference between solid and hollow Linear Shafts?
- Answer: Solid Linear Shafts offer higher rigidity and load capacity, while hollow Linear Shafts are lighter and can reduce weight in applications where that is a critical factor.
- Question: How to select the right linear shaft for an application?
- Answer: To choose the correct linear shaft, consider:
• Load capacity
• Length and diameter requirements
• Surface hardness and finish
• Material type for corrosion resistance or weight needs
• Mounting and support conditions
- Question: What is the role of tolerance in linear shafts?
- Answer: Tolerance defines the permissible variation in the shaft’s dimensions, ensuring compatibility with bearings and other components. Precision tolerances improve performance in high-accuracy applications.
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