precision transmission components quality …€¦ · 2.coordinated customer's precise...

Precision P

ositioning Stage

2018

PRECISION TRANSMISSION COMPONENTSQUALITY INNOVATION SERVICE

Taiwan Taoyuan Sales Office(T): +886-3-452-9922(F): +886-3-463-6060F., No.1, Ln. 30, Siyuan Rd., Jhongli Dist.,Taoyuan City 32057, Taiwan (R.O.C.)

China Dongguan Sales Office:DONGGUAN SHENGLV AUTOMATION EQUIPMENT TECHNOLOGY CO.,LTD.

(T): +86-769-81075584(F): +86-769-81075673Room 1002 Yihe Business Center , No.516, highway 358,Xinan Community Chang'an Town . Dongguan citywww.sflinear.com

Taiwan Tainan Headquarter+886-6-270-3518+886-6-270-3510No.22, Aly. 53, Ln. 428, Sec. 3, Wenhua Rd., Rende Dist.,Tainan City 717, Taiwan (R.O.C.)[email protected]

SF TECHNOLOGY CO.,LTD.

Manuel positioning stageStage outline & Characteristics _____________________________________ P03

Feeding mode instruction__________________________________________ P04-05

Precision inspection method _______________________________________ P06-09

Installation procedure_____________________________________________ P10-11

Use and handling precautions _____________________________________ P12

Crossed roller guide【 Model no. instruction 】________________________ P13

Crossed roller guide / X-Axis stage _________________________________ P14-21

Crossed roller guide / XY-Axis stage ________________________________ P12-29

Crossed roller guide / Z-Axis stage _________________________________ P30-37

Crossed roller guide / Thin-type /XY-Axis stage ______________________ P38-43

Crossed roller guide / High load capacity & High accuracy / X-Axis stage P44

Linear Ball guide / X-Axis stage ____________________________________ P45-46

Linear Ball guide / Z-Axis stage ____________________________________ P47-48

Linear Ball guide / Horizontal type /Z-Axis stage _____________________ P49-50

Rotary stage /θ-Axis stage ________________________________________ P51-54

Rotary Stage/ Small Angular type / θ-Axis stage _____________________ P55-56

Dovetail guide【 Model no. instruction 】_____________________________ P57

Dovetail guide / Feeding screw type / X-Axis stage ____________________ P58-60

Dovetail guide / Feeding screw type / XY-Axis stage ___________________ P61-63

Dovetail guide / Feeding screw type / Horizontal type /Z-Axis stage _____ P64-65

Dovetail guide / Feeding screw type / Z-Axis stage ____________________ P66-68

Dovetail guide / Feeding screw type / Long lead /X-Axis stage __________ P69-72

Dovetail guide / Rack and Pinion type/ Long stroke/ X-Axis stage _______ P73-79

Dovetail guide / Rack and Pinion type/ Long stroke/ Z-Axis stage _______ P80-82

Dovetail guide / Rack and Pinion type/ X-Axis stage ___________________ P83-85

Dovetail guide / Rack and Pinion type/ XY-Axis stage __________________ P86-88

Dovetail guide / Rack and Pinion type/ Z-Axis stage___________________ P89-91

Dovetail guide / Rack and Pinion type/ Thin-type / X-Axis stage _________ P92-94

Dovetail guide / Rack and Pinion type/ Thin-type / XY-Axis stage ________ P95-97

Dovetail guide / Rack and Pinion type/ Thin-type / Z-Axis stage_________ P98-100

Dovetail guide / α-Axis Goniometer stage ___________________________ P101-106

Dovetail guide /αβ-Axis Goniometer stage___________________________ P107-110

Feeding screw type / Laboratory Jacks /Z-Axis stage___________________ P111-112

Main feeding mode Characteristics Applied for guiding deviceA circle movementof handle rotation

Outline1.Mini-Stage is applied for high precision or mid and heavy capacity of various production

machinery, testing device, precise positioning and quantitative movement.2.There’re many kinds of mini-stages with single axis ( X axis); dual axis ( XY axis); Z axis; θ axis; α axis...can be collocated as needed .

Characteristics

Feeding mode instruction

1.Can be customized according to requirements of precise fine turning ; positioning ; quantita-tive movement and able to proceed mass feed of fine tuning.

2.Coordinated customer's precise machinery or instrument and fixed in suitable position.3.Feeding mode diversification such as coarse moving handle / micrometer head ; feed screw ,

rank and pinion with scale and able to manage movement rate.4.The sets of mini stages , XY-axis , XYZ-axis , XZ-axis , and multi-axis modules are able to

effectively reduce assembling process because of adjusting their vertical angle before shipping.

Rack and pinion

Feeding Screw

Micrometer head

1.Suitable for high speed mass feed.

2.Not suitable for precise positioning.

Precise reading Unit:0.01mm is suitable for precise tuning.

1.Use precise thread-screw pitch to proceed simple precise moving situation.

2.Used by various products due to it's cheaper than micrometer head.

Dovetail

1. Dovetail

2. Crossed roller

3. Linear ballbearing

1. Dovetail

2. Crossed roller

3. Linear ballbearing

03

Characteristics of different guide type

Structure

Characteristic

Application

Moving accuracy

Load capacity

Rigidity

Slide way Crossed roller

◆Composed of moving rails with 2 V-groove surfaces harden finish, ground precisely,and roller bearings which are connective and take turns moving in 90 degrees to meet requirement of high parallism and high flatness.In structure, V-groove and crossed roller acquire movement in high accuracy and capacity by linear transmission to act a high precision movement and load capac-ity performance

This applied to precise movement device in high accuracy and high capacity,optical instruments in precise gauging and fine tuning,various machine tool,gauging instrument,precise positioning and quanti-tative movment…etc

Excellent

Excellent

Excellent

04

Linear ball Doventail type

◆Slide way and body is in one unit, and Gothic arc-groove ground precisely to meet requirement of high parallism and high flatness.Gothic arc-groove formed by dual arc-grooves individually on upper and lower rails of body.Ball moving in single groove is structured by 2 point-con-tact,and total 4 contact points in dual arc-groove to form strong rail construc-tion. In case of rails of SUS-STAGE is to set ball assembly in arc-groove to save traditional adjustment and revision time.In addition,without adjustment screw would save accuracy problem and main-tenance time caused by loosen screw,and cheaper as well.

This applied to precise posistioning device in high accuracy and mid-capacity,product and design integrated system,optical experiment precise transportion and fine tuning mechanism application.

◆Dovetail plane─pinion and rack (Main material：Brass or Aluminum alloy)SFT supply proper models suitable for equipped to various modules such as small,rough-vibrate, large size for instal-lation.Driven-adjustment mode is rack and pinion.Apply to higher working frequency,requirement of faster move-ment and large stroke.

◆Screw-driven plan (main meteri-al:brass)Prepared by easy-carry standard and slide mode is screw shaft mode.Apply to lower frequency,fine tuning environ-ment.

This applied to optical instruments and equipments,sampler,detecting device,semi-conductor manufacturing equipment,test machine,micorscope,transit-ing machine,maching center,medical instrument,printer and others.

Excellent

good

good

Fair

good

Excellent

05

Precision inspection method

In linear motion units, geometric straight line decides positions in order from datum point to same direction, differences between length variation in those positions and datum is as measured value, the max. difference of geo-metric line is called " Straightness".

Straightness (refer to JIS B 6191-1993)

Linear motion parts would occur slanting intransmitting, and slanting proportion would cause deflection in linear transmission. Position is decided by same direction from datum point in order, and maximum angular gap mea-sured from horizontal direction of each posi-tion corresponding to the datum is called yawing (deviation). Same situation to have the maximum angular gap from vertical direction of each position corresponding to the datum called pitching.

Yawing and pitching (refer to JIS B 6191-1993)

Parallelism of plane, and slanting proportionbetween parallel interval to mechanism parts,and degrees between center place of manualstage movement and base plate is calledparallelism. Parallelism measurement is to fixmicrometer on the plate, and operate manualstage with clamping device to measure themaximum of 4 corner errors.

Parallelism (refer to JIS B 6191-1993)

06

To check measured figures from the meter applied to the area between limited strokes during vertical movement. The sum of plus and minus figures measured from the meter means the variation between the movement verticality with base surface.

Vertical Z axis

Vertical value between 2 axes also for one line of geometric line in transmission datum and one in its corresponding right angle. In the other direction(Opposite), to take slanting proportion in linear transmission, reference point of X-axis stage, and geometric line of final tested position as datum axes. X-axis stage as for datum axis, maximum of parallel errors from its vertical geometric line in oppo-sition to datum position of Y-axis stage to final texted position is called XY vertical value.

XY Vertical value (refer to JIS B 7440-1987)

07

Difference of datum circle and geometric circle. All points in line in same plane of 2 concentric circles, radius difference of 2 concentric circles is in case of smallest radial interval difference. Opposite to geometric circle, measured difference is called concen-tricity. Fix rotating stage on the plate, and put micrometer around stage. Have it to rotate one circle(360°) to proceed measuring. Con-centricity is half of top value shown in microm-eter.

Concentricity (refer to JIS B 6191-1993, B 6194-1997)

Rotate as center of single axis, in the period ofplane turning, max. slanting value of deviation of vertical plane to datum axis back to stage vertically is called plane travel amplitude. Take micrometer fixed on the plate to contact upper edge of rotating stage( rotating one circle 360), and proceed measuring. Top value shown in micrometer is called Plane-pulsating.

Plane travel amplitude (refer to JIS B 6191-1993)

08

1 times

1.5 times

1.5 times

AXIS DefinitionAbout definition of moving axis and rotating axis, SFT defines as chart below.X axis, Y axis are in parallel direction: Z axis in vertical direction;Rotating around X, Y, Z axes are called αaxis ,βaxis ,θaxis individually .

Temperature of environment

Volume-loaded limit recommendation

Please operate stages in regular range of temperature as listed.Please contact SFT if products in larger range required

Zaxes

XaxesYaxes

θaxes

αaxesβaxes

Stages classification

Stainless steel stage

Stainless steel slide

Others

Working temperature

09

Single axis

Dual-axes

● Move upper plate back and forth, and secure the screw on the base plate and work piece with tight confirmation.

● Screw security same as single axis.

Installation procedure

10

θ-axes

Other stages

● Move upper plate by rotating, and take the screw through it.

●Proceed taking screws through base plate in order and finding matched holes at same time.

●Lock the stage on the work piece with tight confirmation.

● Considering easy installation fit for other device, threaded hole pattern is made to meet requirement of securing from upper or lower direction, and this provides more options for installation.

11

Installation procedure

NOTICE

Diagrams of representative explanation in catalogs are sampled in SFT products series. Prod-ucts compared to diagrammatic examples in same series may have some difference in shape due to different mechanism design and spec, but basic operation remark are all the same.

Please read notices as follows before operation, this would have SFT series performed as best motion accuracy and usage life.

Operation principles1、SFT product series are all composed of part in high accuracy , please avoid environment of

extreme high temperature , extreme low temperature , huge temperature variation , exposed to sun light , high humidity , high dust , high vibration , high shock and easy-dewed...etc .

2、To maintain motion accuracy and usage life of products in all series , please check allow-able capacity of the product before operation . Don't overload out of rated capacity .

3、Besides allowable capacity limit , please avoid taking gravity of loaded object over the edge of the stage .

4、All kinds of rolling mechanisms set in the product need proper clean and lubricated mainte-nance in the period of operating , depending on situations of operation , and use appropri-ate lubricant .

5、All kinds of rolling mechanisms set in the product are adjusted and leveled by engineers before shipment , please do not try any adjustment if not trained or authorized .

6、Please use right lock unit , tools and wrench torque while processing products in positioning security and connecting security .

7、For accessories of SFT product series or related information , SFT sales could offer best consultation .

8、SFT also provide customized service for special purpose application or other unique spec .

12

【 Crossed roller guide/Model no. instruction 】SEMY60-AC

Feeding Postion

Side feeding

Vertical side feeding

Reve

rsed

side

Feed

ingRe

verse

d Vert

ical sid

e fee

ding

Reversed Vertical side feeding Reversed Vertical side feeding

Central feeding

Axis Material Feeding

Specifications

A: Aluminum alloy

S: Side

SR: Reversed side

SZ : Side feeding with micrometer on the top

SZR: Reversed side feeding with micrometer on the top

C: Central feeding

CR: Reversed Central feeding

R: Right side feeding

L: Left side feeding

S: Staniniess steel

F: Carbon steel

Stagetable size

M: Manual X: Single axis

Selectable Spec

Y: Dual axes

ZL: X axis+L bracket

R: θ axis

R: Angle θ axis

YW: Super thin dual axes

ZA: Z axis

13

Specifications

Micrometer minimum reading capability :0.01mm

Surface finish :black anodized

Crossed roller guide X-Axis stage

4-M3 Bolt holes

Model No Table size Travel stroke Parallelism Pitching Yawing Weight MaterialStraightnessMoving Parallelism

Loadcapacity

Aluminum alloy

14

Specifications




9-M4 6.5DP

4-M4 Bolt holes


Loadcapacity

Aluminum alloy

15

Specifications




Loadcapacity

Aluminum alloy

13-M4 5.5DP

4-M4 Bolt holes

16


Specifications




Loadcapacity

Aluminum alloy

15-M4 5.5DP

4-M4 Bolt holes

17


Specifications




Loadcapacity

Aluminum alloy

9-M3 6.5DP

4-M3 Bolt holes

18


Specifications




Loadcapacity

Aluminum alloy

9-M4 6.5DP

4-M4 Bolt holes

19


Specifications




Loadcapacity

Aluminum alloy

13-M4 5.5DP

4-M4 Bolt holes

20


Specifications




Loadcapacity

Aluminum alloy

4-M4 Bolt holes

15-M4 5.5DP

21


Specifications




Loadcapacity

Aluminum alloy

4-M3 Bolt holes

22

Crossed roller guide XY-Axis stage

Specifications




Loadcapacity

Aluminum alloy

9-M4 6.5DP

4-M4 Bolt holes

23

Crossed roller guideXY-Axis stage

Specifications




Loadcapacity

Aluminum alloy

13-M4 5.5DP

4-M4 Bolt holes

24


Specifications




Loadcapacity

Aluminum alloy

15-M4 5.5DP

4-M4 Bolt holes

25


Specifications




Loadcapacity

Aluminum alloy

9-M3 6.5DP

4-M3 Bolt holes

26


Specifications




Loadcapacity

Aluminum alloy

9-M4 6.5DP

4-M4 Bolt holes

27


Specifications




Loadcapacity

Aluminum alloy

13-M4 5.5DP

4-M4 Bolt holes

28


Specifications




Loadcapacity

Aluminum alloy

15-M4 5.5DP

4-M4 Bolt holes

29


Specifications



Model No Table size Travel stroke Pitching Yawing Weight MaterialStraightness Loadcapacity

Aluminum alloy

9-M3 6.5DP

9-M3 Bolt holes

30

Crossed roller guide Z-Axis stage

Specifications




Aluminum alloy

9-M4 6.5DP

9-M4 Bolt holes

31

Crossed roller guideZ-Axis stage

Specifications




Aluminum alloy

13-M4 5.5DP

4-M4 Bolt holes

32


Specifications




Aluminum alloy

15-M4 5.5DP

33


Specifications




Aluminum alloy

9-M3 6.5DP

9-M3 Bolt holes

34


Specifications




Aluminum alloy

9-M4 6.5DP

9-M4 Bolt holes

35


Specifications




Aluminum alloy

13-M4 5.5DP

4-M4 Bolt holes

36


Specifications




Aluminum alloy

15-M4 5.5DP

37


Specifications




Loadcapacity

Aluminum alloy

8-M3 6.0DP

4-M3 Bolt holes

58.9

58.9

38

Crossed roller guide Thin-type XY-Axis stage

Specifications




Loadcapacity

Aluminum alloy

8-M3 6.0DP

4-M4 Bolt holes

39

Crossed roller guideThin-type XY-Axis stage

Specifications




Loadcapacity

Aluminum alloy

4-M4 6.5DP

4-M4 Bolt holes

40


Specifications




Loadcapacity

Aluminum alloy

4-M4 6.5DP

4-M4 Bolt holes

41


Specifications




Loadcapacity

Aluminum alloy

4-M4 6.5DP

4-M4 Bolt holes

42


Specifications




Loadcapacity

Aluminum alloy

4-M4 6.5DP

4-M4 Bolt holes

43


Specifications

Minimum reading scale :0.01mm

Ball screw lead :1.25mm


Model No Table size Travel stroke Parallelism Weight MaterialStraightnessMoving Parallelism

Loadcapacity

Aluminum alloy7075

8-M4 8DP

4-M6 Bolt holes

44

Crossed roller guide High load capacity & High accuracy X-Axis stage

Specifications


Surface finish :Electroless nickel plating

Model No Table size Travel stroke Parallelism Pitching Yawing Weight MaterialStraightness Loadcapacity

carbon steel

4-M3 6.0DP

4-M3 Bolt holes

45

Linear Ball guideX-Axis stage

Specifications



Model No Table size Travel stroke Parallelism Pitching Yawing Weight MaterialStraightness Loadcapacity

carbon steel

4-M4 6.0DP

4-M4 Bolt holes

46

Linear Ball guide X-Axis stage

Specifications




carbon steel

3.5THRU

4-M3 6DP

47

Linear Ball guideZ-Axis stage

Specifications




carbon steel

4.5THRU

4-M4 6DP

48

Linear Ball guide Z-Axis stage

Specifications


3.5THRU

4-M3 5.0DP

Model No Table size Travel stroke Minimum reading scale Weight MaterialParallelism Loadcapacity

carbon steel

49

Linear Ball guideHorizontal type Z-Axis stage

Specifications


4.5THRU

4-M4 6.0DP

Model No Table size Travel stroke Minimum reading scale Weight MaterialParallelism Loadcapacity

carbon steel

50

Linear Ball guide Horizontal type Z-Axis stage

Specifications

Travel stroke : Coarse 360° Fine ±5°


9-M2 4DP

4-M3 Bolt holes

Model No Table size Eccentric Weight MaterialLoadcapacity

Aluminum alloy

51

Rotary stageθ-Axis stage

Specifications



8-M3 6DP

4-M4 8DP

4-M4 Bolt holes


Aluminum alloy

52

Rotary stage θ-Axis stage

Specifications



8-M4 7DP8-M3 6DP

4-M4 Bolt holes


Aluminum alloy

Rotary stageθ-Axis stage

53

Specifications



4-M3 6DP 12-M4 7DP

4-M4 Bolt holes


Aluminum alloy

Rotary stage θ-Axis stage

54

Specifications

Minimum reading scale : ≒1’51”mm

Travel stroke : ±10°


4-M4 6.4DP

Model No Table size Parallelism Weight MaterialLoadcapacity

Aluminum alloy

55

Rotary stageSmall Angular type θ-Axis stage

Specifications

Minimum reading scale : ≒1’12”mm

Travel stroke : ±10°


4-M4 6.4DP

Model No Table size Parallelism Weight MaterialLoadcapacity

Aluminum alloy

56

Rotary stage Small Angular type θ-Axis stage

Transmission

Manual

Guide Axis Feeding specification Stage Table Size

Selectable Spec

1: X axis A: Feeding screw

C: Rack and pinion Long stroke

D: Rack and pinion

E: Feeding screw(Long lead)

2 : XY axis

3 : Z axis

4 : X axis+L bracket

C: Dovetail Guide

Dovetail guide【 Model no. instruction 】SEMC2A-60

57

Specifications

Minimum reading scale : 0.1mm

Travel distance per rotation of knob : 0.5mm


8-M2 3DP4-M2 Bolt holes


Loadcapacity

Aluminum alloy

58

Dovetail guide Feeding screw type X-Axis stage

Specifications






Loadcapacity

Aluminum alloy

59


Specifications






Loadcapacity

Aluminum alloy

60


Specifications





Model No Table size StraightnessTravel stroke Weight XY vertical value MaterialLoadcapacity

Aluminum alloy

61

Dovetail guide Feeding screw type XY-Axis stage

Specifications






Aluminum alloy

62


Specifications






Aluminum alloy

63


Specifications



4-M3 6.0DPA visual angle

3-M4 THRUM3 Bolt holes

6.0DP

Feeding Konb

Model No Table size ParallelismTravel stroke Weight MaterialLoadcapacity

Aluminum alloy

64

Dovetail guide Feeding screw type Horizontal type Z-Axis stage

Specifications



8-M4 8DPA visual angle

3-M5 THRUM4 Bolt holes

Feeding Konb

Model No Table size ParallelismTravel stroke Weight MaterialLoadcapacity

Aluminum alloy

65

Dovetail guide Feeding screw type Horizontal type Z-Axis stage

Specifications




8-M2 3DP

2.5 THRU

Model No Table size StraightnessTravel stroke Weight MaterialLoadcapacity

Aluminum alloy

66

Dovetail guide Feeding screw type Z-Axis stage

Specifications




8-M3 5DP

8-M3 Bolt holes


Aluminum alloy

67


Specifications




8-M4 6DP

9-M4x0.8


Aluminum alloy

9-M4.2 THRU 8x4.5 Bolt holes

37(11.5)

(20.

5)85

68


Specifications



Feeding screw long lead type: 4.5mm

8-M3 5DP

4-M4 THRU 6 Bolt holes 3.5DP

Model No Table size ParallelismTravel stroke Weight MaterialLoad capacity (Horizontal)

Load capacity (Vertical )

Aluminum alloy

69

Dovetail guide Feeding screw type Long lead X-Axis stage

Specifications




8-M4 6DP




Aluminum alloy

70


Specifications




6-M4 6DP




Aluminum alloy

71


Specifications




10-M4 6DP




Aluminum alloy

72



Moving Parallelism


Aluminum alloy

Specifications



6-M3 Bolt holes

6-M4 5DP4-M2 4DP

73

Dovetail guide Rack and Pinion type Long stroke X-Axis stage


Moving Parallelism


Aluminum alloy

Specifications



8-M3 Bolt holes6-M4 5DP

4-M2 4DP

74



Moving Parallelism


Aluminum alloy

Specifications



6-M4 5DP4-M2 4DP

12-M3 Bolt holes

75



Moving Parallelism


Aluminum alloy

Specifications



16-M3 Bolt holes6-M4 5DP4-M2 4DP

76



Moving Parallelism


Aluminum alloy

Specifications



Above travel stroke value is for 1 blocks .The travel stroke reduce 40mm when adding 1 block.

2 -M4 8DP 8-M3 6DPM6 7 DP

4-M4 Bolt holes

77



Moving Parallelism


Aluminum alloy

Specifications




2 -M4 8DP

M6 7 DP 8-M3 6DP6-M4 Bolt holes

78



Moving Parallelism


Aluminum alloy

Specifications




2 -M4 8DPM6 7 DP

8-M3 6DP

79


Specifications



6-M4 5DP

4-M2 4DP

Model No Table size ParallelismTravel stroke Weight MaterialLoad capacity

Aluminum alloy

80

Dovetail guide Rack and Pinion type Long stroke Z-Axis stage

Specifications



6-M4 5DP4-M2 4DP


Aluminum alloy

81


Specifications



4-M2 4DP


Aluminum alloy

82


Specifications



8-M4 7.5DP

4-M4 Bolt holes



Aluminum alloy

83

Dovetail guide Rack and Pinion type X-Axis stage

Specifications



6-M4 7.5DP

4-M4 Bolt holes



Aluminum alloy

84


10-M4 7.5DP

4-M4 Bolt holes

Specifications





Aluminum alloy

85


8-M4 7.5DP

4-M4 Bolt holes

Specifications




Aluminum alloy

86

Dovetail guide Rack and Pinion type XY-Axis stage

6-M4 7.5DP

4-M4 Bolt holes

Specifications




Aluminum alloy

87


10-M4 7 .5DP

4-M4 Bolt holes

Specifications




Aluminum alloy

88


8-M4 7.5DP

Specifications




Aluminum alloy

89

Dovetail guide Rack and Pinion type Z-Axis stage

6-M4 7.5DP

Specifications




Aluminum alloy

90


10-M4 7.5DP

Specifications




Aluminum alloy

91


Specifications



8-M4 7.5DP

4-M4 Bolt holes



Aluminum alloy

92

Dovetail guide Rack and Pinion type Thin-type X-Axis stage

Specifications



4-M4 Bolt holes

6-M4 7.5DP



Aluminum alloy

93


Specifications



10-M4 7.5DP

4-M4 Bolt holes



Aluminum alloy

94


Specifications



8-M4 7.5DP

4-M4 Bolt holes


Aluminum alloy

95

Dovetail guide Rack and Pinion type Thin-type XY-Axis stage

Specifications



6-M4 7.5DP

4-M4 Bolt holes


Aluminum alloy

96


Specifications



10-M4 7.5DP

4-M4 Bolt holes


Aluminum alloy

97


Specifications



Sectional view

8-M4 7.5DP


Aluminum alloy

98

Dovetail guide Rack and Pinion type Thin-type Z-Axis stage

Specifications



Sectional view

6-M4 7.5DP


Aluminum alloy

99


Specifications



10-M4 7.5DP

Sectional view


Aluminum alloy

100


4 5.0DP L4-M2 4.0DP L4-M3 6.0DP L

4-M3 Bolt holes

Specifications



Model No Table size Travel distance per rotation of knobTravel strokeHeight of rotation center Weight Material Load

capacity

Aluminum alloy

101

Dovetail guide α-Axis Goniometer stage

4 4.0DP L4-M2 4.0DP L4-M3 6.0DP L

4-M3 Bolt holes

Specifications




capacity

Aluminum alloy

102


4 5.0DP L 4-M2 4.0DP L 4-M3 6.0DP L

4-M3 Bolt holes

Specifications




capacity

Aluminum alloy

103


4 5.0DP L 4-M3 4.0DP L 4-M4 6.0DP L

4-M4 Bolt holes

Specifications




capacity

Aluminum alloy

104


4 5.0DP L 4-M3 4.0DP L 4-M4 6.0DP L

4-M4 Bolt holes

Specifications




capacity

Aluminum alloy

105


4 5.0DP L 4-M3 4.0DP L4-M4 6.0DP L

4-M4 Bolt holes

Specifications




capacity

Aluminum alloy

106


4 5.0DP L 4-M2 4.0DP L 4-M3 6.0DP L

4-M4 Bolt holes

Specifications

Aluminum alloy



Model No Table size Travel distance per rotation of knobTravel strokeHeight of rotation center Weight Load

capacity

Upper axis±20°；Lower axis±15° Upper axis≒2.2°；Lower axis≒1.89°

107

Dovetail guide αβ-Axis Goniometer stage

4 5.0DP L 4-M2 4.0DP L 4-M3 6.0DP L

4-M4 Bolt holes

Specifications

Aluminum alloy




capacity


108


4-M4 Bolt holes

4-M4 6.0DP L

4 5.0DP L

Specifications

Aluminum alloy




capacity


109


4-M4 Bolt holes

4-M3 4.0DP L4 5.0DP L

4-M4 6.0DP L

Specifications

Aluminum alloy




capacity


110


6-M4 Bolt holes

12-M4 10.0DP L

Specifications


Travel distance per rotation of knob : 2mm

Model No Table size ParallelismTravel stroke Weight Material Loadcapacity

Aluminum alloy

111

Dovetail guide Laboratory Jacks Z-Axis stage

Specifications


Travel distance per rotation of knob : 3mm

Model No Table size ParallelismTravel stroke Weight Material Loadcapacity

Aluminum alloy

112

Dovetail guide Laboratory Jacks Z-Axis stage

precision transmission components quality …€¦ · 2.coordinated customer's precise...

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