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Linear Shaft Straight Type
Part Number
Configured Part Number is shown.
Product Overview
Linear guide shaft is a high precision shaft product, which can be used in combination with linear bushing and other bushing products. In addition to excellent abrasion resistance, it offers a variety of configurable alterations.
Dimensional Drawing
Specifications Overview
| Type |  Material |  Hardness |  Surface Treatment | D (mm) | L (mm) | |
| D Tolerance g7 | D Tolerance f8 | |||||
| E-SFJ | - | S45C or GCr15 | High Frequency Quenched For effective hardening layer depth>>Refer to (PDF) S45C or GCr15 55HRC～ SUS440C or high hardness corrosion resistant steel 53HRC~ | - | 3~50 | 10~1500 |
| E-SSFJ | - | SUS440C or High hardness corrosion resistant steel | ||||
| E-PSFJ | - | S45C or GCr15 | Hard Chrome Plated Plating hardness: 750HV～ Plating thickness: 3μ or more | |||
| E-PSSFJ | - | SUS440C or High hardness corrosion resistant steel | ||||
| - | E-PSFG | S45C | - | Hard Chrome Plated Plating hardness: 750HV～ Plating thickness: 10μ or more | ||
If there are requirements for rust prevention, please give priority to the hard-chrome plated products. For anti-rust method, click 
hereIf there are requirements for abrasion resistance, please select high-frequency quenched products.O.D. 35, 40 and 50 are applicable only to E-PSFJO.D. 3, 4 and 5 are not applicable to E-PSFG.Specification Table
| Part Number |  L 1mm increments | |
 Type |  D | D Tolerance g7 |
| (D Tolerance g7) E-SFJ E-SSFJ E-PSFJ E-PSSFJ (D Tolerance f8) E-PSFG | 3 | 10～ 400 |
| 4 | 10～ 400 | |
| 5 | 10～ 400 | |
| 6 | 20～ 800 | |
| 8 | 20～ 1000 | |
| 10 | 20～ 1000 | |
| 12 | 20~1200 | |
| 13 | 25~1200 | |
| 15 | 25~1200 | |
| 16 | 30~1200 | |
| 20 | 30~1200 | |
| 25 | 35~1200 | |
| 30 | 35~1500 | |
| 35 | 35~1500 | |
| 40 | 50~1500 | |
| 50 | 65~1500 | |
O.D. 35, 40 and 50 are applicable only to E-PSFJO.D. 3, 4 and 5 are not applicable to E-PSFG.Alterations
When multiple alteration is selected, the machining parts need to be spaced by more than 2mm. Click hereAlteration may reduce hardness, refer to and click here.Precision Standard
■D Tolerance
■L dimension (Y dimension) tolerance
| D Tolerance | ||
| D | g7 | f8 |
| 3 | -0.002 -0.012 | - |
| 4 | -0.004 -0.016 | |
| 5 | ||
| 6 | -0.004 -0.016 | -0.01 -0.028 |
| 8 | -0.005 -0.020 | -0.013 -0.035 |
| 10 | ||
| 12 | -0.006 -0.024 | -0.016 -0.043 |
| 13 | ||
| 15 | ||
| 16 | ||
| 20 | -0.007 -0.028 | -0.02 -0.053 |
| 25 | ||
| 30 | ||
| 35 | -0.009 -0.034 | -0.025 -0.064 |
| 40 | ||
| 50 | ||
■L dimension (Y dimension) tolerance
| Dimension (more than) | Dimension (to) | Shaft Tolerance g7 |
| 2 | 6 | ±0.1 |
| 6 | 30 | ±0.2 |
| 30 | 120 | ±0.3 |
| 120 | 400 | ±0.5 |
| 400 | 1000 | ±0.8 |
| 1000 | 1500 | ±1.2 |
Product Features
Feature 1: Extensively applied in various precision equipment thanks to high precision dimensional tolerance.
Feature 2: Bearing steel (S45C or GCr15) with excellent wear resistance and SUS440C or high hardness corrosion resistant steel are used for high frequency quenching, maintaining the original toughness while enhancing abrasion resistance.
Feature 3: A variety of alterations are available to accommodate different environments.
Feature 4: Usually combined with linear bushing products, achieving excellent linear guiding functionality, and less abrasion even if subject to high-speed reciprocal motion, as compared with general shaft and bushing structure.
Feature 5: The surface treatment of hard-chrome plating is available, achieving excellent anti-rust performance and HV750 plating hardness, as well as less abrasion when used in combination with high-hardness workpieces.
Feature 2: Bearing steel (S45C or GCr15) with excellent wear resistance and SUS440C or high hardness corrosion resistant steel are used for high frequency quenching, maintaining the original toughness while enhancing abrasion resistance.
Feature 3: A variety of alterations are available to accommodate different environments.
Feature 4: Usually combined with linear bushing products, achieving excellent linear guiding functionality, and less abrasion even if subject to high-speed reciprocal motion, as compared with general shaft and bushing structure.
Feature 5: The surface treatment of hard-chrome plating is available, achieving excellent anti-rust performance and HV750 plating hardness, as well as less abrasion when used in combination with high-hardness workpieces.
Precautions
 | ①Reduced hardness of machined parts Machining is performed after quenching of base metal. The parts that may be reduced in hardness due to annealing are: -All threaded -All stepped -Tapped: when M≥D/2, tapped double-hole type, hard chrome plated products made of SUS440C or high hardness corrosion resistant steel -Adds wrench flats (SC-WSC-SX) -Adds screw flats (FC-WFC) -Adds V-grooves (VC-WVC) -Except for full length hardened type. |
Only the shaded portion of D part is hard chrome plated.
| ②Plating of surface treatment Machining is performed after surface treatment of base metal. No electroplating treatment is applied to the following parts: -Groove part -Threaded part -Tapped part -Wrench slot, V-groove, plane, cut section -The inside of the tube-type guide shaft may rust without hard chrome plating. |
Example of Use
Standard Linear Motion Mechanism
Example Diagram
Example Diagram
Functions of standard linear motion mechanism
①Side-by-side use of two guide shafts effectively prevents workpiece rotation
②Improved accuracy of linear motion and load capacity.
③The combination of guide shaft and linear bushing enables high-speed reciprocal motion.
④Low operational resistance, reducing the loss of workpiece.
①Side-by-side use of two guide shafts effectively prevents workpiece rotation
②Improved accuracy of linear motion and load capacity.
③The combination of guide shaft and linear bushing enables high-speed reciprocal motion.
④Low operational resistance, reducing the loss of workpiece.
Product Picture
Functions of key workpieces in the mechanism
Guide shaft: Supporting the workpiece, combining with linear bushing to achieve guiding functionality.
For details, click
here
Linear bushing: Driving the workpiece to move on the guide shaft through the steel ball circulating structure.
For details, clickhere
Guide shaft support: Supporting and fixing the guide shaft for effective adjustment of shaft pitch and improved equipment stability.
For details, clickhere
Stopper: Performing limit action for adjustment of effective stroke of mechanism
For details, clickhere
Guide shaft: Supporting the workpiece, combining with linear bushing to achieve guiding functionality.
For details, click
hereLinear bushing: Driving the workpiece to move on the guide shaft through the steel ball circulating structure.
For details, click
hereGuide shaft support: Supporting and fixing the guide shaft for effective adjustment of shaft pitch and improved equipment stability.
For details, click
hereStopper: Performing limit action for adjustment of effective stroke of mechanism
For details, click
hereApplication Industries
| Medical | Semiconductor | Electronic & Electrical | ||
 |  |  | ||
| Smart Phones | Food | Automotive | ||
 |  |  |
Related Products
| Linear Bushing Standard Type Straight Type | Shaft support Bracket type | Shaft Collars (Clamp) | ||
 |  |  | ||
| Representative model: LMU8 | Representative model: STHRB8 | Representative model: SCS8-10 |
Related Documents
For anti-rust performance of metal materials and surface treatment, clickhere.
here.Part Number
CAD Data download and 3D preview are not available because the part number has not yet been determined.
- *In order to open the CAD Data download and 3D preview screen, the part number must be fixed.
- Please confirm the part number from "Specification / Dimension"on the left side, and then perform the CAD Data Download / 3D Preview operation.
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| Part Number |
|---|
| E-PSFG6-[15-800/1] |
| E-PSFG8-[15-1000/1] |
| E-PSFG10-[15-1000/1] |
| E-PSFG12-[15-1200/1] |
| E-PSFG13-[15-1200/1] |
| E-PSFG15-[15-1200/1] |
| E-PSFG16-[30-1200/1] |
| E-PSFG20-[30-1200/1] |
| E-PSFG25-[35-1200/1] |
| E-PSFG30-[35-1500/1] |
| E-PSFJ3-[25-400/1] |
| E-PSFJ4-[25-400/1] |
| E-PSFJ5-[25-400/1] |
| E-PSFJ6-[20-600/1] |
| E-PSFJ8-[20-800/1] |
| E-PSFJ10-[20-800/1] |
| E-PSFJ12-[20-1000/1] |
| E-PSFJ13-[25-1000/1] |
| E-PSFJ15-[30-1200/1] |
| E-PSFJ16-[30-1200/1] |
| E-PSFJ20-[30-1200/1] |
| E-PSFJ25-[35-1200/1] |
| E-PSFJ30-[35-1500/1] |
| E-PSFJ35-[35-1500/1] |
| E-PSFJ40-[40-1500/1] |
| E-PSFJ50-[50-1500/1] |
| E-PSSFJ3-[10-400/1] |
| E-PSSFJ4-[10-400/1] |
| E-PSSFJ5-[10-400/1] |
| E-PSSFJ6-[15-800/1] |
| E-PSSFJ8-[15-1000/1] |
| E-PSSFJ10-[15-1000/1] |
| E-PSSFJ12-[15-1200/1] |
| E-PSSFJ13-[15-1200/1] |
| E-PSSFJ15-[15-1200/1] |
| E-PSSFJ16-[30-1200/1] |
| E-PSSFJ20-[30-1200/1] |
| E-PSSFJ25-[35-1200/1] |
| E-SFJ3-[10-400/1] |
| E-SFJ4-[10-400/1] |
| E-SFJ5-[10-400/1] |
| E-SFJ8-[15-1000/1] |
| E-SFJ10-[15-1000/1] |
| E-SFJ12-[15-1200/1] |
| E-SFJ13-[15-1200/1] |
| E-SFJ15-[15-1200/1] |
| E-SFJ16-[30-1200/1] |
| E-SFJ20-[30-1200/1] |
| E-SFJ25-[35-1200/1] |
| E-SSFJ3-[10-400/1] |
| E-SSFJ4-[10-400/1] |
| E-SSFJ5-[10-400/1] |
| E-SSFJ6-[15-800/1] |
| E-SSFJ8-[15-1000/1] |
| E-SSFJ10-[15-1000/1] |
| E-SSFJ12-[15-1200/1] |
| E-SSFJ13-[15-1200/1] |
| E-SSFJ15-[15-1200/1] |
| E-SSFJ16-[30-1200/1] |
| E-SSFJ20-[30-1200/1] |
| Part Number | Standard Unit Price | Minimum order quantity | Volume Discount | Days to Ship | Material | Heat Treatment | Surface Treatment | Shaft Dia. D (Ø) | Shaft Fit Tolerance | Length L |
|---|---|---|---|---|---|---|---|---|---|---|
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 6 | f8 | 15 ～ 800 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 8 | f8 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 10 | f8 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 12 | f8 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 13 | f8 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 15 | f8 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 16 | f8 | 30 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 20 | f8 | 30 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 25 | f8 | 35 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C | Not Provided | Hard Chrome Plating | 30 | f8 | 35 ～ 1500 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 3 | g7 | 25 ～ 400 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 4 | g7 | 25 ～ 400 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 5 | g7 | 25 ～ 400 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 6 | g7 | 20 ～ 600 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 8 | g7 | 20 ～ 800 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 10 | g7 | 20 ～ 800 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 12 | g7 | 20 ～ 1000 | ||
- | 2 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 13 | g7 | 25 ～ 1000 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 15 | g7 | 30 ～ 1200 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 16 | g7 | 30 ～ 1200 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 20 | g7 | 30 ～ 1200 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 25 | g7 | 35 ～ 1200 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 30 | g7 | 35 ～ 1500 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 35 | g7 | 35 ～ 1500 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 40 | g7 | 40 ～ 1500 | ||
- | 2 Piece(s) | 11 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Hard Chrome Plating | 50 | g7 | 50 ～ 1500 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 3 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 4 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 5 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 6 | g7 | 15 ～ 800 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 8 | g7 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 10 | g7 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 12 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 13 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 15 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 16 | g7 | 30 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 20 | g7 | 30 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Hard Chrome Plating | 25 | g7 | 35 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 3 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 4 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 5 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 8 | g7 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 10 | g7 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 12 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 13 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 15 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 16 | g7 | 30 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 20 | g7 | 30 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Steel] S45C or GCr15 | Induction Hardened | Not Provided | 25 | g7 | 35 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 3 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 4 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 5 | g7 | 10 ～ 400 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 6 | g7 | 15 ～ 800 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 8 | g7 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 10 | g7 | 15 ～ 1000 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 12 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 13 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 15 | g7 | 15 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 16 | g7 | 30 ～ 1200 | ||
- | 1 Piece(s) | 7 Day(s) | [Stainless Steel] Martensite stainless steel | Induction Hardened | Not Provided | 20 | g7 | 30 ～ 1200 |
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Basic Information
| Basic Shape | Solid | End Shape (Left) | No Machining | End Shape (Right) | No Machining |
|---|---|---|---|---|---|
| Shaft End Perpendicularity | Perpendicularity (0.2) |
Specification/Dimensions
-
Material
- Steel
- Stainless Steel
- Steel
-
Heat Treatment
- Not Provided
- Induction Hardened
-
Surface Treatment
- Not Provided
- Hard Chrome Plating
-
Shaft Dia. D(Ø)
-
Shaft Fit Tolerance
-
Length L
-
type
- E-PSFG
- E-PSFJ
- E-PSSFJ
- E-SFJ
- E-SSFJ
-
CAD
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- 7 Day(s) or Less
- 11 Day(s) or Less
Specify Alterations
- The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .
Frequently asked question (FAQ)
- Question: Why are stainless steel guide shafts rusting?
- Answer: Guide shafts are made of SUS440C, which are quenched for better abrasion resistance, but the material itself is weak to corrosion. Therefore, please select hard chrome plated products for applications with higher anti-rust requirements.
- Question: Why is the hardness measured on the end face center is rather low in contrast with high hardness indicated for guide shaft products in the catalog?
- Answer: As the guide shaft is high-frequency quenched, a hardening layer of certain depth will form on the outer circle of the guide shaft. To ensure toughness, the material will retain original hardness at the center of the guide shaft.
- Question: What are the advantages of combining guide shaft with linear bushing?
- Answer: Due to rolling friction fit with the linear bushing, the guide shaft can achieve high-accuracy linear motion, causing less friction resistance to the workpiece, thus suitable for extended continuous operation.
- Question: How to select models of shaft products requiring a length of 100.5mm?
- Answer: The total length can be customized in 0.1mm increments with LKC alteration.
- Question: Why is the end face of hard chrome plated guide shaft rusting?
- Answer: The guide shaft is cut after surface treatment during material preparation. Thereafter, no surface treatment will be performed, so the cut surface is not hard-chrome plated, thus causing the end face to rust.
- Question: When combined with linear bushing, some guide shafts fit closely, while others fit with clearance. Does it affect usage?
- Answer: The guide shaft and linear bushing fit with each other by point-contact rolling through the steel ball circulating structure. Due to the point-contact and non-interference fit, some clearance between the shaft and the bushing is normal, which will not affect usage. The use of this structure greatly reduces frictional resistance and improves service life of the workpiece.
- Question: Is the stainless steel material of MISUMI guide shafts imported?
- Answer: Both the bearing steel (SUJ2) and stainless steel (SUS440C) of MISUMI guide shafts are materials imported from Japan.
- Question: I hope to know about the detection method and specification accuracy of the straightness of guide shafts.
- Answer: Support both ends of the guide shaft with V-shaped blocks, rotate the shaft for 1 turn at any point, and measure the amplitude of the dial meter. 1/2 of the amplitude measurement value is the straightness. Straightness varies with outer diameter and length.
- Question: How much is the perpendicularity accuracy of guide shaft?
- Answer: The perpendicularity of guide shaft is 0.2 for standard type and 0.03 for precision type.
Additional Products in this Category
- Linear Shafts - Hex Socket -Tapped Type / Threaded Type / Stepped and Tapped Type
- Linear Shafts - Both Ends Threaded Hollow
- Linear Shafts - Shaft Ends Configurable
- Precision Linear Shafts - One End Male Thread One End Female Thread Type with Undercut
- High Precision Linear Shafts - One End Threaded One End Tapped with Undercut / One End Threaded One End Tapped with Undercut and Wrench Flats
- Linear Shafts-Both Ends Tapped with Wrench Flats / Both Ends Tapped with Cross-Drilled Hole
- Linear Shafts-One End Stepped and Threaded / Both Ends Stepped and Threaded
- [Clean & Pack] Shaft - One End Tapped with Wrench Flats
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