High Performance Tilt Stages and Tip/Tilt Stages

PI provides a number of high performance tilt stages with different drive technologies.

For the highest resolution and bandwidth, piezo tip/tilt stages are available.

M-041 - M-044 Tilt Stages

  • One & Two Axis Tilt Stages
  • Zero Backlash
  • Sub-µrad Resolution
  • Manual and DC Motor Drives
  • Optional PZT Drives for Tracking and Scanning

M-041 through M-044 are one and two axis tilt stages for small loads. They are spring preloaded for elimination of backlash and feature superior resolution and repeatability to goniometric cradles. Versions with PZT translators allow for ultra-high resolution dynamic scanning and tracking. (See "PZT Active Optics" section for fast, ultra-high resolution, tip/tilt platforms).

The basic versions (part number extension .00) are equipped with manual micrometer drives providing 65 and 80 µrad minimum incremental motion, respectively. The versions with extension .D0 are equipped with closed loop DC servo motor drives providing 15 and 12 µrad minimum incremental motion, respectively. A set of limit switches eliminates the possibility of overtravel.

For sub-µrad resolution and dynamic tracking or scanning, optional closed loop and open loop PZT drive upgrade kits are available (see "PZT Actuators" section for further details and recommended drivers). The PZT drives can also be ordered later to upgrade manual or motorized systems. 

A large, motorized, high performance Z and Tip/Tilt table with 10” platform diameter and air bearing guides is available as the V-523 stage.  

​​​​​​​ORDERING INFORMATION:
M-041.00 Small Tilt Stage, θX, Manual Micrometer Drive
M-041.D0 Small Tilt Stage, θX, DC Motor Drive
M-042.00 Small Tilt Stage, θX θY, Manual Micrometer Drive
M-042.D0 Small Tilt Stage, θX, θY, DC Motor Drive
M-043.00 Tilt Stage, θX, Manual Micrometer Drive
M-043.D0 Tilt Stage, θX, DC Motor Drive
M-044.00 Tilt Stage, θX θY, Manual Micrometer Drive
M-044.D0 Tilt Stage, θX θY, DC Motor Drive

UPGRADES:
M-041.U0 Open Loop PZT Drive Upgrade Kit for M-041 Tilt Stages
M-041.US Closed Loop PZT Drive Upgrade Kit for M-041 Tilt Stages
M-042.U0 Open Loop PZT Drive Upgrade Kit for M-042 Tilt Stages
M-042.US Closed Loop PZT Drive Upgrade Kit for M-042 Tilt Stages
M-043.U0 Open Loop PZT Drive Upgrade Kit for M-043 Tilt Stages
M-043.US Closed Loop PZT Drive Upgrade Kit for M-043 Tilt Stages
M-044.U0 Open Loop PZT Drive Upgrade Kit for M-044 Tilt Stages
M-044.US Closed Loop PZT Drive Upgrade Kit for M-044 Tilt Stages

TECHNICAL DATA:

Models

M-041.00

M-042.00

M-043.00

M-044.00

M-041.D0

M-042.D0

M-043.D0

M-044.D0

Units

<link>Notes

Tilt Axes

q X

q Xq Y

q X

q Xq Y

q X

q Xq Y

q X

q Xq Y

  

Tilt Range

± 9

± 9

± 7

± 7

± 9

± 9

± 7

± 7

deg (axis)

 

Fine Range
(PZT option)

±1.2

±0.6

±1.4

±1.4

±1.2

±0.6

±1.4

±1.4

mrad (axis)

 

Design resolution

-

-

-

-

4.7

4.7

3.8

3.8

µrad

A3

Min. incremental motion

80

80

65

65

15

15

12

12

µrad

A4

Min. incremental motion (PZT option)

0.5

0.5

0.5

0.5

0.5

0.5

0.5

0.5

µrad

A4

Rotation / linear input

80

80

65

65

80

80

65

65

µrad / µm

A5

Unidirectional repeatability

-

-

-

-

20

20

15

15

µrad

 

* Backlash

-

-

-

-

400

400

350

350

µrad

 

Max. velocity

-

-

-

-

3.2

3.2

2.6

2.6

deg/sec

 

Max. load (A)

4

4

5

5

4

4

5

5

kg

 

Max torque (B, C)

450, 150

450, 150

750, 250

750, 250

450, 150

450, 150

750, 250

750, 250

mNm

 

Drive

M-622 Micrometer

M-622 Micrometer

M-624 Micrometer

M-624 Micrometer

M-222.20 DC-Mike

M-222.20 DC-Mike

M-222.20 DC-Mike

M-222.20 DC-Mike

  

PZT drive (optional)

P-840.20 /
P-841.20

P-840.10 /
P-841.10

P-840.30 /
P-841.30

P-840.30 /
P-841.30

P-840.20 /
P-841.20

P-840.10 /
P-841.10

P-840.30 /
P-841.30

P-840.30 /
P-841.30

 

D1

Weight

0.4

0.6

0.8

1.2

0.5

0.7

0.9

1.5

kg

 

Material

Al

Al

Al

Al

Al

Al

Al

Al

 

L

* the PZT drives are backlash free

Related Products and Additional Resources

This is a legacy product that may have limited availability or may have been replaced. Ask a PI engineer for an equivalent new model.

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