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Linear Motion Components

GRA 40 - Linear Stage Table

GRA 40 - Linear Stage Table
GRA 40 - Linear Stage Table
GRA 40 - Linear Stage Table
★ The track system uses a crossed roller guide, which, through V-grooves and crossed rollers in line contact, achieves high-precision movement and heavy-duty performance. ★ This diagram shows GRA-B, GRA-S, and GRA.
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Total of 1 models
Model GRA 40
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Material - Stage body GRA: Aluminum Alloy + anodized black, standard specifications
Material - Stage body GRA - N: S50C + chemical nickel, rust-resistant specification
Material - Stage body GRA - B: S50C + phosphate, black dyeing specification
Material - Stage body GRA - S: SUS 440C + electroless nickel, corrosion resistant specification
Material - Stage body * The GRA-S series body and track are integrally molded, and the V-groove on the track surface is not chemically nickel treated.
Material_Rail GRA: SUJ 2
Material_Rail GRA - N: SUJ 2 + Chemical Nickel
Material_Rail GRA - B: SUJ 2
Material_cage SUS 304
Material: Roller GRA: SUJ 2
Material: Roller GRA - N: SUJ 2
Material: Roller GRA - B: SUJ 2
Material: Roller GRA - S: SUS 440C
Maximum travel (mm) 18
Roller diameter (mm) Ø 2
Basic dynamic load (C) (N) 895
Basic static load (Co) (N) 1170
Load (Fu) (N) 390
MR(N・m) 7
MP(N・m) 3.1
MY(N・m) 3.9
Generally 0.07
Rust prevention 0.13
corrosion resistant 0.2
Central parallelism 2
Side parallelism 4
Maximum travel (mm) 30
Roller diameter (mm) Ø 3
Basic dynamic load (C) (N) 2901
Basic static load (Co) (N) 4567
Load (Fu) (N) 1522
MR(N・m) 42.6
MP(N・m) 22.8
MY(N・m) 26.6
Generally 0.13
Rust prevention 0.21
corrosion resistant 0.29
Central parallelism 2
Side parallelism 4
Maximum travel (mm) 40
Roller diameter (mm) Ø 3
Basic dynamic load (C) (N) 2901
Basic static load (Co) (N) 4567
Load (Fu) (N) 1522
MR(N・m) 42.6
MP(N・m) 22.8
MY(N・m) 19
Generally 0.14
Rust prevention 0.25
corrosion resistant 0.36
Central parallelism 2
Side parallelism 5
Maximum travel (mm) 50
Roller diameter (mm) Ø 3
Basic dynamic load (C) (N) 4338
Basic static load (Co) (N) 7611
Load (Fu) (N) 2537
Load (Fu) (N) S: 2591
MR(N・m) 71
MP(N・m) 63.4
MY(N・m) 57.1
Generally 0.2
Rust prevention 0.33
corrosion resistant 0.46
Central parallelism 2
Side parallelism 5
Maximum travel (mm) 60
Roller diameter (mm) Ø 3
Basic dynamic load (C) (N) 3640
Basic static load (Co) (N) 6089
Load (Fu) (N) 2030
MR(N・m) 56.8
MP(N・m) 40.6
MY(N・m) 45.7
Generally 0.21
Rust prevention 0.36
corrosion resistant 0.52
Central parallelism 2
Side parallelism 5
Maximum travel (mm) 70
Roller diameter (mm) Ø 3
Basic dynamic load (C) (N) 5005
Basic static load (Co) (N) 9133
Load (Fu) (N) 3044
MR(N・m) 85.2
MP(N・m) 91.3
MY(N・m) 98.9
Generally 0.27
Rust prevention 0.45
corrosion resistant 0.63
Central parallelism 3
Side parallelism 6
Maximum travel (mm) 80
Roller diameter (mm) Ø 3
Basic dynamic load (C) (N) 5005
Basic static load (Co) (N) 9133
Load (Fu) (N) 3044
MR(N・m) 85.2
MP(N・m) 91.3
MY(N・m) 83.7
Generally 0.28
Rust prevention 0.48
corrosion resistant 0.69
Central parallelism 3
Side parallelism 6
Feature Description / Precision Description
Rated life calculation
Torque Calculation
Precautions
Requirements for grease compatibility

Model

GRA40-35 {Surface Treatment} Normal/Antirust/Black Coating
GRA40-35 {Surface Treatment} Corrosion - Resisting
GRA40-50 {Surface Treatment} Normal/Antirust/Black Coating
GRA40-50 {Surface Treatment} Corrosion - Resisting
GRA40-65 {Surface Treatment} Normal/Antirust/Black Coating
GRA40-65 {Surface Treatment} Corrosion - Resisting
GRA40-80 {Surface Treatment} Normal/Antirust/Black Coating
GRA40-80 {Surface Treatment} Corrosion - Resisting
GRA40-95 {Surface Treatment} Normal/Antirust/Black Coating
GRA40-95 {Surface Treatment} Corrosion - Resisting
GRA40-110 {Surface Treatment} Normal/Antirust/Black Coating
GRA40-110 {Surface Treatment} Corrosion - Resisting
GRA40-125 {Surface Treatment} Normal/Antirust/Black Coating
GRA40-125 {Surface Treatment} Corrosion - Resisting
Specifications
Material - Stage body
Material_Rail
Material_cage
Material: Roller
Maximum travel (mm)
Roller diameter (mm)
Basic dynamic load (C) (N)
Basic static load (Co) (N)
Load (Fu) (N)
MR(N・m)
MP(N・m)
MY(N・m)
Generally
Rust prevention
corrosion resistant
Central parallelism
Side parallelism
Maximum travel (mm)
Roller diameter (mm)
Basic dynamic load (C) (N)
Basic static load (Co) (N)
Load (Fu) (N)
MR(N・m)
MP(N・m)
MY(N・m)
Generally
Rust prevention
corrosion resistant
Central parallelism
Side parallelism
Maximum travel (mm)
Roller diameter (mm)
Basic dynamic load (C) (N)
Basic static load (Co) (N)
Load (Fu) (N)
MR(N・m)
MP(N・m)
MY(N・m)
Generally
Rust prevention
corrosion resistant
Central parallelism
Side parallelism
Maximum travel (mm)
Roller diameter (mm)
Basic dynamic load (C) (N)
Basic static load (Co) (N)
Load (Fu) (N)
MR(N・m)
MP(N・m)
MY(N・m)
Generally
Rust prevention
corrosion resistant
Central parallelism
Side parallelism
Maximum travel (mm)
Roller diameter (mm)
Basic dynamic load (C) (N)
Basic static load (Co) (N)
Load (Fu) (N)
MR(N・m)
MP(N・m)
MY(N・m)
Generally
Rust prevention
corrosion resistant
Central parallelism
Side parallelism
Maximum travel (mm)
Roller diameter (mm)
Basic dynamic load (C) (N)
Basic static load (Co) (N)
Load (Fu) (N)
MR(N・m)
MP(N・m)
MY(N・m)
Generally
Rust prevention
corrosion resistant
Central parallelism
Side parallelism
Maximum travel (mm)
Roller diameter (mm)
Basic dynamic load (C) (N)
Basic static load (Co) (N)
Load (Fu) (N)
MR(N・m)
MP(N・m)
MY(N・m)
Generally
Rust prevention
corrosion resistant
Central parallelism
Side parallelism