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(Economy series) Guide Shafts Both Ends Tapped with Wrench Slot

Dimensional Drawing
MISUMI Linear Guide Shafts Both Ends Tapped Rotary Shaft Hollow Shaft Chrome Plated Bar
Specification Table
■Material Specification
D Tolerance Equivalent Material Hardness Surface Treatment
g7GB:45
JIS:S45C
55HRC~High Frequency Quenched
For effective hardening layer depth, click Surface Hardness Benchmark
Hard Chrome Plated
Plating hardness: HV750~
Plating thickness: 3μ or more
The hardness of shaft end machined part may be reduced due to the annealing effect of machining.
If there are requirements for rust prevention, please give priority to the hard-chrome plated products. Click Rust Prevention Method
For combination with linear bushing, please select high-frequency quenched products.

■ Dimension Specification
Shaft Dia. D (φ)Tolerance g7Length L
1mm increments
Thread Nominal M (Coarse Thread)
Thread Nominal N (Coarse Thread)
Wrench slot sizeC
SCWℓ1
6-0.004
-0.016
20~ 6003        SC=1mm increments
SC+ℓ1≤L
SC≥0
58Below 0.5
8-0.005
-0.020
20~ 800345      7
103456     8
12-0.006
-0.024
20~1000 4568    1010
1325~1000 4568    11
1630~1200 456810   14
20-0.007
-0.028
 45681012  17Below 1.0
2535~1200 4568101216 22
3035~1500   68101216202715

■Alteration
Hollow Shafts Straight Type Machining Selection Catalog FA Factory Automation Parts Dimensional Drawing
Precision Benchmark
■Roundness·Straightness·L Dimensional Precision
Hollow Shafts Straight Type Machining Selection Catalog FA Factory Automation Parts Dimensional Drawing
■Straightness Measurement Method
MISUMI Rotary Shafts Straight Type Custom Selection Full Range of misumi Models

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.
■Roundness of Part D
Shaft Dia. (more than)Shaft Dia. (to)Standard product g6Economy series g7Medium precision h8
250.004
5100.0040.0120.012
10130.0040.0120.012
13180.0050.0160.016
18200.0050.0160.016
20400.0060.0200.020
40500.007
■Straightness
Shaft Dia.Total LengthStandard product g6Economy series g7Medium precision h8
3·4≤100(L/100)×0.05 or Less
>100
5≤100(L/100)×0.03 or Less
>100
6~50≤100Below 0.01Below 0.025Below 0.025
>100(L/100)×0.01 or Less(L/100)×0.025 or Less(L/100)×0.025 or Less
■L dimension tolerance
Dimension (more than)Dimension (to)Standard product g6Economy series g7Medium precision h8
26±0.1
630±0.2
30120±0.3
120400±0.5
4001000±0.8
10001500±1.2
■Perpendicularity
Professional Sales of Precision Guide Shafts Straight Type Hollow Shaft Rotary Shaft Chrome Plated Bar
 

Part Number 

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Part Number
E-PSFJZ6-[20-600/1]-M3-N3-SC[0-592/1]
E-PSFJZ8-[20-800/1]-M[3,​4,​5]-N[3,​4,​5]-SC[0-792/1]
E-PSFJZ10-[20-800/1]-M[3,​4,​5,​6]-N[3,​4,​5,​6]-SC[0-792/1]
E-PSFJZ12-[20-1000/1]-M[4,​5,​6,​8]-N[4,​5,​6,​8]-SC[0-990/1]
E-PSFJZ13-[25-1000/1]-M[4,​5,​6,​8]-N[4,​5,​6,​8]-SC[0-990/1]
E-PSFJZ15-[30-1200/1]-M[4,​5,​6,​8,​10]-N[4,​5,​6,​8,​10]-SC[0-1190/1]
E-PSFJZ16-[30-1200/1]-M[4,​5,​6,​8,​10]-N[4,​5,​6,​8,​10]-SC[0-1190/1]
E-PSFJZ20-[30-1200/1]-M[4,​5,​6,​8,​10,​12]-N[4,​5,​6,​8,​10,​12]-SC[0-1190/1]
E-PSFJZ25-[35-1200/1]-M[4,​5,​6,​8,​10,​12,​16]-N[4,​5,​6,​8,​10,​12,​16]-SC[0-1190/1]
E-PSFJZ30-[35-1500/1]-M[6,​8,​10,​12,​16,​20]-N[6,​8,​10,​12,​16,​20]-SC[0-1485/1]
E-PSFJZ35-[35-1500/1]-M[8,​10,​12,​16,​20,​24]-N[8,​10,​12,​16,​20,​24]-SC[0-1485/1]
E-PSFJZ40-[40-1500/1]-M[10,​12,​16,​20,​24,​30]-N[10,​12,​16,​20,​24,​30]-SC[0-1485/1]
E-PSFJZ50-[50-1500/1]-M[12,​16,​20,​24,​30]-N[12,​16,​20,​24,​30]-SC[0-1485/1]
Part NumberMinimum order quantityVolume DiscountDays to ShipRoHSShaft Dia. D
(Ø)
Length L
(mm)
Tapped N (Coarse thread)
(mm)
SC
(mm)
Tapped M (Coarse Thread)
(mm)
2 Piece(s) 10 Day(s) -620 ~ 60030 ~ 5923
2 Piece(s) 10 Day(s) -820 ~ 8003 ~ 50 ~ 7923 ~ 5
2 Piece(s) 10 Day(s) -1020 ~ 8003 ~ 60 ~ 7923 ~ 6
2 Piece(s) 10 Day(s) -1220 ~ 10004 ~ 80 ~ 9904 ~ 8
2 Piece(s) 10 Day(s) -1325 ~ 10004 ~ 80 ~ 9904 ~ 8
2 Piece(s) 10 Day(s) 101530 ~ 12004 ~ 100 ~ 11904 ~ 10
2 Piece(s) 10 Day(s) -1630 ~ 12004 ~ 100 ~ 11904 ~ 10
2 Piece(s) 10 Day(s) -2030 ~ 12004 ~ 120 ~ 11904 ~ 12
2 Piece(s) 10 Day(s) -2535 ~ 12004 ~ 160 ~ 11904 ~ 16
2 Piece(s) 10 Day(s) -3035 ~ 15006 ~ 200 ~ 14856 ~ 20
2 Piece(s) 10 Day(s) 103535 ~ 15008 ~ 240 ~ 14858 ~ 24
2 Piece(s) 10 Day(s) 104040 ~ 150010 ~ 300 ~ 148510 ~ 30
2 Piece(s) 10 Day(s) 105050 ~ 150012 ~ 300 ~ 148512 ~ 30

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  1. 1
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 alterations.
Product Features
Feature 1: Extensively applied in various precision equipment thanks to high precision dimensional tolerance and geometric tolerance.
Feature 2: High-frequency quenched using carbon steel (S45C) material, 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 6: Greatly reduced prices in comparison with standard guide shafts.
Specifications Overview
D Tolerance Equivalent Material Hardness Surface TreatmentD (mm)L (mm)
g7GB:45
JIS:S45C
55HRC~High Frequency Quenched
For effective hardening layer depth, click Surface Hardness Benchmark
Hard Chrome Plated
Plating hardness: HV750~
Plating thickness: 1μ or more
6~3020~1500
The hardness of shaft end machined part (effective thread length + approx. 10mm) may be reduced due to the annealing effect of machining.
If there are requirements for rust prevention, please give priority to the hard-chrome plated products. Click Rust Prevention Method
For combination with linear bushing, please select high-frequency quenched products.
Usage Method
Example of UseMedium PrecisionHigh Precision
Economy series g7g6 standard type/g6 precision type
MISUMI Linear Guide Shafts Both Ends Tapped Direct-from-ManufacturerLINEAR SHAFT Guide Shafts Both Ends Tapped Linear Bushing Matching Components
Recommended Applications- Medium precision application
- Light load
- Use in vertical direction and suitable for light load
- Short sliding distance
- Low frequency
- Low speed
- Low-price design
- High precision application
(Outer diameter-Straightness-Roundness)
- Heavy load
- High-durability application
- Use in horizontal direction and suitable for heavy load
- Long sliding distance
- High frequency
- High speed
Example of Use
Standard Linear Motion Mechanism
Example Diagram
MISUMI Guide Shafts Both Ends Tapped Full Range of Selections
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.
Product Picture
Direct-from-Manufacturer MISUMI Guide Shafts Both Ends Tapped Larger Image
Functions of key workpieces in the mechanism
Linear guide shaft: Supporting the workpiece, combining with linear bushing to achieve guiding functionality.
For details, click Linear Guide Shafts

Linear bushing: Driving the workpiece to move on the guide shaft through the steel ball circulating structure.
For details, click Linear Bushings

Guide shaft support: Supporting and fixing the guide shaft for effective adjustment of shaft pitch and improved equipment stability.
For details, click Guide Shaft Posts

Stopper: Performing limit action for adjustment of effective stroke of mechanism
For details, click Stoppers
Precautions
View of Shaft Cut Section
Standard Type Guide Shafts Both Ends Tapped Japanese Quality Rotary Shaft Specification Selection Products
①Surface hardness confirmation
The standard for hardening layer depth of the quenched guide shaft varies with O.D. dimension and tolerance.
Refer to the table below for details:
Outer Diameter (D)Effective hardening layer depth
Shaft Tolerance g7 (Economy series)Shaft Tolerance g6
GB: Equivalent to 45
JIS: Equivalent to S45C
GB: Equivalent to GCr15
JIS: Equivalent to SUJ2
GB: Equivalent to 9Cr18
JIS: Equivalent to SUS440C
6~100.3 or more0.5 or more0.5 or more
12, 130.5 or more0.7 or more0.5 or more
16~200.7 or more
25~30above 0.81.0 or more

·The hardness of the processed part is reduced after the base metal is annealed.
In the following examples (processed part and its front and rear positions), the hardness may decrease due to the annealing effect of processing.

The parts that may be reduced in hardness due to annealing are:
·Female thread: when M≥D/2
·Wrench slot alteration (SC·WSC·SX)
·Plane alteration (FC·WFC)

Guide Shafts Both Ends Tapped Bushing MISUMI Quality Stainless Steel Material Imported from Japan

·Plating of surface treatment
Machining is performed after surface treatment of base metal.
In the example on the right,//// only part D is hard chrome plated.

No electroplating treatment is applied to the following parts.
·Groove part
·Female thread part
·Wrench slot, plane, cut section

Related Products
Linear Bushing Standard Type Straight Type Bearings With Housings T-Shaped Shaft Collars (Clamp)
Stainless Steel Rigid Shafts Chrome Plated Bar Both Ends Tapped Machining misumi Linear Hollow Shafts Both Ends Tapped Sales MISUMI Guide Shafts Introduction Linear Guide Shafts Both Ends Tapped Unit Mechanism Design Selection
Typical Model: LMU6 Typical Model: BGHFS6000ZZ-30 Typical Model: PSCS10-10
Advantages: High quality, affordable price, short delivery time Advantages: Full range, high precision and quality Advantages: Matching shaft products, full range
Related Documents
MISUMI Linear Guide Shafts and Rotary Shafts Selection Table
Differentiated Use/Durability of Linear Guide Shafts
Overview of Guide Shaft Machining
Anti-Rust Performance of Metal Material and Surface Treatment
Application Industries
Medical Semiconductor Electronic & Electrical
MISUMI High Frequency Quenched Shafts Both Ends Tapped Selection Manufacturer MISUMI Guide Shafts Both Ends Tapped Details Introduction Direct-from-Manufacturer Hollow Shafts for Sliding Both Ends Tapped MISUMI Model
Smart Phones Food Automotive
LINEAR SHAFT Rigid Shafts Both Ends Tapped Drawing Custom Size Hollow Shafts Both Ends Tapped Chrome Plated Bar Dimensional Drawing Dedicated Linear Hollow Shafts Both Ends Tapped Bearing Steel Stainless Steel Full Range of Models

Basic Information

Basic Shape Solid End Shape (Left) Tapped End Shape (Right) Tapped
Shaft End Perpendicularity Perpendicularity (0.2) Material S45C Heat Treatment Induction Hardened
Surface Treatment Hard Chrome Plating Shaft Fit Tolerance g7 Precision Standard
Fastening Tool Type With Wrench Slot

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.

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