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Kinematic Platform Mounts


  • Mounts for Prisms, Fixed Optic Mounts, or Beamsplitters
  • Mount Specifically Designed for Thorlabs' Wavefront Sensors
  • Vertical or Horizontal Mounting Surfaces

TPA01

Pitch Adjuster for Fixed Optic Mounts

KM100B

6-32 (M4)
Mounting Holes
(Post Not Included)

Application Idea

KM100PM Shown in the Right-Handed Configuration with a PM3 Clamping Arm and PS610 Prism

KM100WFS

#8 and M3 Through Holes for Mounting Wavefront Sensors

FBTB

Glue-In Mount for 5 mm Cube Optics

KM200PM

6-32 Taps and
#8 Through Holes

Related Items


Please Wait
KM200x Body
Click for Details

KM200B(/M) or KM200PM(/M) with Mounting Plate Removed
KM100x Body
Click for Details

KM100B(/M), KM100PM(/M), or KM100WFS(/M) with Mounting Plate Removed

Features

  • Kinematic Vertical or Horizontal Mounting Surfaces
  • Two-Adjuster Mounts for Prisms, Beamsplitters, Non-Standard Optics, Fixed Optic Mounts, and Wavefront Sensors
  • ±3° or ±4° of Tip and/or Tilt Adjustment
  • Platform Mounting Options
    • KM100B or KM100PM: 6-32 (M4) Taps for Clamping Arms (Sold Below)
    • KM100WFS: #8 and M3 Through Holes for Mounting Wavefront Sensors
    • KM200B: 1/4"-20 (M6) Taps, 6-32 (M4) Taps, and #8 Through Holes
    • KM200PM: 6-32 (M4) Taps for Clamping Arms and #8 Through Holes
    • FBTA or FBTB: Glue-In Optic Mounting
    • TPA01: #8 (M4) Counterbored Slot for Mounting Optic Mounts
  • Compatible with Ø1/2" Posts

Thorlabs offers kinematic platform mounts for prisms, wavefront sensors, small optics, and fixed optic mounts.

Kinematic Platform Mounts
Thorlabs' Kinematic Platform Mounts provide a flat mounting surface with kinematic knobs for controlling tip and tilt. The back plate of each two-adjuster mount has #8 (M4) through holes for mounting to a Ø1/2" post.

The KM100B(/M) and KM200B(/M) Kinematic Platform Mounts include a mounting plate that lies perpendicular to the tip and tilt fine adjusters. For the KM100B(/M), this mounting plate features five 6-32 (M4) taps for Clamping Arms (sold below), which use a nylon-tipped setscrew to hold optics against the flat surface. The KM200B(/M) has a mounting plate with four 6-32 (M4) taps, five 1/4"-20 (M6) taps, and four #8 (M4) clearance holes. Both the KM100B(/M) and KM200B(/M) have #8 (M4) counterbores on three surfaces, positioned so that the mounts can be attached to a Ø1/2" post with the top plate oriented horizontally or vertically with the adjusters in a left- or right-handed configuration.

The KM100PM(/M) and KM200PM(/M) Kinematic Prism Mounts have a mounting plate that is parallel to the fine adjusters. Each prism mount platform features an array of 6-32 (M4) taps that accept PM3(/M) or PM4(/M) Clamping Arms. The KM100WFS Kinematic Mount has a similar design to our KM100PM(/M) mount, but features a modified mounting platform with #8 and M3 through holes for our CCD-Based and High-Speed CMOS-Based Shack-Hartmann Wavefront Sensors. The KM100PM(/M), KM200PM(/M), and KM100WFS have a removable two-piece mounting platform assembly that can be secured to either arm of the front plate using two 4-40 screws (3/32" hex), allowing for a left- or right-handed kinematic mount.

The mounting plates on all of these kinematic mounts are held in with 4-40 cap screws, and can be removed and replaced with custom-made plates. See the drawings to the upper right for information on dimensions. The 1/4"-80 adjusters can be locked in place using our LN2580 Bronze Locking Nut (sold separately) once the desired position is reached.

Kinematic and Rotation Mounts for Small Optics
The FBTA(/M) and FBTB(/M) Kinematic Rotation Mounts are designed for 12.7 mm wide, 1 mm thick plate optics and 5 mm cube optics, respectively. Kinematic adjuster screws allow the tip, tilt, and rotation of the optics to be adjusted. Each mount offers an 8-32 (M4) tap for post mounting.

Pitch-Adjustable Kinematic Adapter for Fixed Optic Mounts
The TPA01(/M) Pitch-Adjustable Kinematic Adapter has two 8-32 (M4) tapped holes for post mounting vertically or horizontally and a counterbored slot for attaching fixed optic mounts. Unlike the other items on this page, it only has one direction of adjustment with a range of ±4°.


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Posted Comments:
Poster:aurelie.jost
Posted Date:2014-11-18 12:47:38.383
Hello, I would like to know if it is possible to purchase the KM200B/M without mounting plate. Also, the screws that hold the mounting plate to the rest of the component seem to be imperial (4-40): is it possible to replace with metric screws? Many thanks for your advice.
Poster:jlow
Posted Date:2014-11-18 09:26:16.0
Response from Jeremy at Thorlabs: We will contact you directly for a quote.
Poster:jjurado
Posted Date:2011-06-14 10:28:00.0
Response from Javier at Thorlabs to last poster: Thank you very much for your feedback. We round the metric units in our reference pdf drawings to the nearest mm in order to maintain the presentation a bit cleaner. However, I will discuss your suggestion with our mechanics design engineers so that perhaps a change is implemented in the future. Please contact us at techsupport@thorlabs.com if you have any further questions or comments.
Poster:
Posted Date:2011-05-26 10:32:39.0
KM200B/M AutoCAD PDF rounds the metric dimensions to the nearest mm (two significant digits), while the SW file shows the correct dimensions in inches (with three significant digits). It makes sense to retain the same number of significant digits when converting to/from metric.
Poster:bdada
Posted Date:2011-04-13 16:05:00.0
Response from Buki at Thorlabs: We can offer a shorter spring assembly for this particular application on a custom basis. This would be comparable to offering a spring with a higher spring constant. We have contacted you directly to discuss this option.
Poster:gisi
Posted Date:2011-04-13 14:46:06.0
Hi We also have the problem, that the springs are not strong enough. Do you have stronger springs available?
Poster:tor
Posted Date:2010-11-23 08:53:15.0
A response from Tor at Thorlabs to Will: The KM100B is designed to mount standard 1” optics. I will contact you directly for more details in order to identify a more suitable solution for your application.
Poster:wgrigsby
Posted Date:2010-11-22 23:35:27.0
We currently have this mount, but the springs are not strong enough to support my attached optic. Do you have stiffer springs available? If not, can you let me know the specifications (length, diam, wire size, etc) of the springs that are currently used so that I can order stiffer springs elsewhere? Thank you for your help. -Will
Poster:Greg
Posted Date:2010-03-23 09:56:41.0
A web update from Greg at Thorlabs in response to Blairs question: I have added dimensioned drawings of the KM100x and KM200x to this web page. These drawings show the location and threading of the holes used to connect the mounting platforms to the kinematic mount.
Poster:apalmentieri
Posted Date:2010-03-02 09:38:36.0
A response from Adam at Thorlabs to Blair: The four screws used for mounting the plate to the kinematic platform are #4-40 screws. It sounds like you already have a custom adapter plate, but if you need this manufactured please let us know as we do custom manufacturing as well. I will contact you directly to get more information.
Poster:blair
Posted Date:2010-03-02 05:07:58.0
I plan on using this mount but removing the plate and adding my own custom adapter plate. What four screws do you use for mounting the plate to kinematic movement? Are they #4-40 or are they M3? Thanks, Blair

Kinematic Platform Mounts

KM200B Kinematic Platform Mount
Click to Enlarge

KM200B Mounted on Ø1/2" Post Using an 8-32 Cap Screw
  • Two 80 TPI Adjusters for Fine Tip and Tilt Control
  • Orient Horizontally or Vertically
  • Designed for Use with Clamping Arms (Sold Below)
  • Removable Knobs Expose Adjuster Screws with Hex Socket
  • #8 (M4) Through Holes in Back Plate of Mounts for Ø1/2" Post Mounting
  • Fabricated from Black Anodized Aluminum

Thorlabs' KM100B(/M) and KM200B(/M) Kinematic Platform Mounts provide kinematic control for prisms and non-standard optics. Each contains several 6-32 (M4) tapped holes for mounting our PM3(/M) or PM4(/M) Clamping Arms (sold below). The design used in the KM100B(/M) and KM200B(/M) offers an unobstructed path from any direction by positioning the knobs below the mounting plane, as shown in the photo to the right.

The KM100B(/M) is a 1.92" x 1.92" (48.6 mm x 48.6 mm) mount with ±4° of tip and tilt control, while the KM200B(/M) is a 3.01" x 3.01" (76.5 mm x 76.5 mm) mount with ±3° of tip and tilt control. The KM200B(/M) additionally contains five 1/4"-20 (M6) tapped holes and four #8 (M4) counterbores that provide direct mechanical compatibility with standard optomechanics.

The mounting plate is attached using four 4-40 screws and can be replaced to create a custom kinematic mount.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Imperial Price Available / Ships
KM100B Support Documentation
KM100B1.92" x 1.92" Kinematic Platform Mount
$54.60
Today
KM200B Support Documentation
KM200B3.01" x 3.01" Kinematic Platform Mount
$94.00
Today
+1 Qty Docs Part Number - Metric Price Available / Ships
KM100B/M Support Documentation
KM100B/M48.6 mm x 48.6 mm Kinematic Platform Mount
$54.60
Today
KM200B/M Support Documentation
KM200B/M76.5 mm x 76.5 mm Kinematic Platform Mount
$94.00
Today

Kinematic Prism Mounts


This animation shows how to convert between the right- and left-handed orientations on the KM100PM(/M).

Click to Enlarge

The KM200PM prism mount platform has 6-32 taps and #8 through holes.
Prism Mount Platform Specifications
Item # Tapped Holes Through Holes Platform Deptha
KM100PM 6-32 (8 Places) - 1.00" (25.4 mm)
KM200PM 6-32 (16 Places) #8 (2 Places) 2.10" (53.3 mm)
KM100PM/M M4 (8 Places) - 25.4 mm (1.00")
KM200PM/M M4 (17 Places) M4 (2 Places) 53.3 mm (2.10")
  • The Distance between the Front and Back of the Platform
  • Two 80 TPI Adjusters for ±4° of Fine Tip and Tilt Control
  • 8 mrad (1" Version) or 5 mrad (2" Version) Adjustment per Revolution
  • Platform can be Removed and Secured to Either Arm Enabling Left- or Right-Handed Configuration
  • Designed for Use with Clamping Arms (Sold Below)
  • Removable Knobs Expose Adjuster Screws with Hex Socket
  • Fabricated from Black Anodized Aluminum

Thorlabs' Kinematic Prism Mounts provide kinematic control for prisms, cube beamsplitters, corner cubes, and other optics that require tip and tilt control. The mounting platforms contain 6-32 (M4) tapped holes for the PM3(/M) and PM4(/M) Clamping Arms sold below. The KM200PM(/M) platform also contains two #8 through holes, which can be used to mount our WFS20 High-Speed CMOS-Based Shack-Hartmann Wavefront Sensors. See the table to the right for details on the array of mounting holes on the platform of each prism mount. The design used by these mounts orients the adjustment knobs in the usual vertical plane.

The two-piece mounting platform assembly can be configured in either a left- or right-handed orientation. The assembly is secured to the front plate using two 4-40 (M3 or M2.5) screws with a 3/32" (2.5 mm or 2 mm) hex. The two pieces of the mounting platform assembly are held together with two 3-48 screws [5/64" (2 mm) hex]. See the mechanical drawings by clicking on the red Docs icon () below for details on each item's assembly. If desired, the mounting plate can also be removed and replaced with a user-supplied alternative, enabling custom mounting options.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Imperial Price Available / Ships
KM100PM Support Documentation
KM100PMKinematic Prism Mount, 1.00" Deep, 6-32 Taps
$72.50
Today
KM200PM Support Documentation
KM200PMKinematic Prism Mount, 2.10" Deep, 6-32 Taps
$115.00
Today
+1 Qty Docs Part Number - Metric Price Available / Ships
KM100PM/M Support Documentation
KM100PM/MKinematic Prism Mount, 25.4 mm Deep, M4 Taps
$72.50
Today
KM200PM/M Support Documentation
KM200PM/MKinematic Prism Mount, 53.3 mm Deep, M4 Taps
$115.00
Today

Kinematic Wavefront Sensor Mount


This animation shows how to convert between the right- and left-handed orientations.
Wavefront Sensor Kinematic Mount
Click to Enlarge
 
The KM100WFS Mounted with a WFS20-5C Wavefront Sensor
  • Two 80 TPI Adjusters for ±4° of Fine Tip and Tilt Control
  • 8 mrad Adjustment per Revolution
  • Platform can be Removed and Secured to Either Arm Enabling Left- or Right-Handed Configuration
  • Removable Knobs Expose Adjuster Screws with Hex Socket
  • Fabricated from Black Anodized Aluminum

Thorlabs' KM100WFS Kinematic Platform Mount provides kinematic control for our CCD-Based and High-Speed CMOS-Based Shack-Hartmann Wavefront Sensors. The mount features a similar design to our KM100PM (above) with a modified mounting platform designed to accommodate the WFS150, WFS300, and WFS20 wavefront sensors. The WFS20 high-speed wavefront sensor can be mounted using the two #8 through holes near the front edge of the plate and the included 8-32 screws. Two M3 through holes are also provided for mounting a WFS150 or WFS300 CCD-based wavefront sensor. Each CCD-based wavefront sensor is shipped with an adapter plate for post mounting; two lengths of M3 screws are included with the KM100WFS so that this wavefront sensor can be mounted with or without the adapter plate attached.

The two pairs of holes for mounting each type of wavefront sensor are offset so that the sensor of any WFS150, WFS300, or WFS20 will sit in the same plane when secured to the mount. Any of our wavefront sensors mounted on the platform will also share the same center line, but the sensor heights will vary. The sensor of a WFS150 or WFS300 with the adapter plate attached will be 0.4 mm higher than than the sensor of a WFS20. Please note that the optical axis of the sensor will not be centered over the optical post.

The DCU CCD Cameras can also be mounted on the KM100WFS: remove the two M3 screws from the bottom plate of the camera and use the longer set of M3 screws to attach the camera to the mount. Be sure not to loosen the third screw or remove the bottom plate completely, as this will expose the internal camera electronics.

The two-piece mounting platform assembly can be configured in either a left- or right-handed orientation. The assembly is secured to the front plate using two 4-40 screws (3/32" hex). The two pieces of the mounting platform assembly are held together with two 3-48 screws [5/64" (2 mm) hex]. The animation above shows how to convert between the left- and right-handed orientations.

The KM200PM(/M) Kinematic Prism Mount, available above, can also mount our WFS20 wavefront sensors. The mount platform contains two #8 through holes for High-Speed CMOS-Based Shack-Hartmann Wavefront Sensors, as well as an array of 6-32 (M4) tapped holes for other applications. The platform of the KM200PM(/M) is larger than that of the KM100WFS, yielding a less compact mounted assembly, but with more mounting options for optical components.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Universal Price Available / Ships
KM100WFS Support Documentation
KM100WFSKinematic Mount for Thorlabs' Wavefront Sensors
$80.00
Today

Kinematic Tip/Tilt and Rotation Mounts for Small Optics


Click to Enlarge

FBTB Cube Mount with 5 mm Beamsplitter Cube Mounted on a Ø1" Post with 1 mm Spacer

Click to Enlarge

Adjuster Locations on FBTA and FBTB Mounts (FBTA Plate Mount Shown with 12.7 mm x 1 mm Plate Beamsplitter Mounted on a Ø1/2" Post)
  • Use for 1 mm Thick Plate or 5 mm Cube Optics
  • ±3° Tip/Tilt Adjustment via Three M2.5 x 0.2 Precision Adjusters
  • 360° Continuous Rotation with ±12° Fine Adjustment
  • Fabricated from Stainless Steel
  • Locking Collars Sold Separately

These kinematic rotation mounts are designed to mount either 5 mm cube optics, such as polarizing or non-polarizing beamsplitter cubes (Item # FBTB), or 1 mm thick plate optics up to 12.7 mm (0.5") wide, such as beamsplitters or mirrors (Item # FBTA) to our Ø1/2" Posts. Both versions require epoxy to mount optical components. The circular rotation plate can be rotated a full 360° and is engraved with a scale marked every 5°. Additionally, a Vernier scale provides 1° resolution for fine rotation.

An engraved dot is present on the FBTA(/M) Plate Optic Mount between the 0° and 90° engravings. Beamsplitter optics should be installed with the beamsplitter coating facing this dot. This allows an incident beam to be aligned so that it is split at the center of the mount.

Stop Collar Jam Nut
Click to Enlarge

Two Collars Can be Locked Together to Create a Hard Stop
Stop Collar Lock Nut
Click to Enlarge

A Single Locking Collar Can Lock an Adjuster in Position

These mounts allow for tip, tilt, and rotational adjustment for precision beam alignment and steering control. Three vertical screws control the tip/tilt of the mount (see photo above), yielding up to ±3° of adjustment. Additionally, these screws can also provide some vertical adjustment when all three screws are rotated by the same amount. A physical stop prevents the tip/tilt springs from being overextended. When the screw above the 'Engage' engraving is tightened, the fine rotation adjustment screw (see photo to the right) gives up to ±12° adjustment with 1.7° per revolution. All adjustment screws use a 0.05" (1.3 mm) hex key, which is included with these mounts. 

F10SC1-5 Locking Collars, available separately, can be used to lock an adjuster in a desired position. Simply insert the included hex key through the spanner wrench, and while holding the adjustment screw static, use the spanner wrench to tighten the locking nut. A hard stop can be created at any position by using two locking collars, as shown in the figure to the far left. Alternatively, a single collar can be epoxied to an adjuster using our G14250 epoxy to create a permanent hard stop. 

Each mount offers a bottom-located 8-32 (M4) tap for post mounting. When mounted on Ø1" Posts with 8-32 (M4) taps, the beam height can be increased using our Ø1" Post Spacers, as shown in the photo above and to the right.

We also offer FiberBench-compatible versions of these mounts for mounting optics at the appropriate beam height within a FiberBench system.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Imperial Price Available / Ships
FBTA Support Documentation
FBTAKinematic Rotation Mount for 12.7 mm × 1 mm (W × T) Plate Optics, 8-32 Tap
$305.00
Today
FBTB Support Documentation
FBTBKinematic Rotation Mount for 5 mm Cube Optics, 8-32 Tap
$305.00
Today
+1 Qty Docs Part Number - Universal Price Available / Ships
F10SC1-5 Support Documentation
F10SC1-5Locking Collar for M2.5 x 0.20 Adjusters, 5 Pack
$26.00
Lead Time
SPW403 Support Documentation
SPW403Spanner Wrench for F10SC1-5 M2.5 x 0.20 Locking Collars
$25.00
Today
+1 Qty Docs Part Number - Metric Price Available / Ships
FBTA/M Support Documentation
FBTA/MKinematic Rotation Mount for 12.7 mm × 1 mm (W × T) Plate Optics, M4 Tap
$305.00
Today
FBTB/M Support Documentation
FBTB/MKinematic Rotation Mount for 5 mm Cube Optics, M4 Tap
$305.00
Today

Pitch-Adjustable Kinematic Adapter for Fixed Optic Mounts


Click to Enlarge
TPA01 Mounted Vertically on a Ø1/2" Post to Provide Yaw Adjustment
  • Pitch Adapter Gives 1-Axis Adjustment for Fixed Mounts
  • Compatible with All Fixed Mounts with Thickness Between 0.25" to 0.50" (6.4 mm to 12.7 mm)
  • 1/4"-80 Adjuster Provides ±4° Pitch Adjustment
  • Two 8-32 (M4) Tapped Holes Allow for Vertical and Horizontal Post Mounting
  • Fabricated from Black Anodized Aluminum

The TPA01(/M) Pitch-Adjustable Kinematic Adapter holds fixed optic mounts (such as the fixed lens and fixed mirror mounts) with thicknesses between 0.25" to 0.50" (6.4 mm to 12.7 mm) that feature an 8-32 (M4) tap. A lip at the front of the adapter acts as a mechanical guide in order to square the mount to the adapter. The two-piece kinematic design allows the user to actuate one axis of a fixed optic holder, making it ideal for beam-leveling or optic centration applications.

A side-located (when horizontally mounted) 1/4"-80 fine pitch adjuster with a 5/64" (2 mm) hex (compatible with the HKTS-5/64 hex adjuster) is used to articulate the platform through its ±4° adjustment. The mount is equipped with a physical stop (F25SC1) on the pitch adjuster to prevent overextension of the mount. An 8-32 (M4) screw (included with the adapter) secures the fixed optic mount to the top platform through a counterbored slot in the underside of the adapter. The TPA01(/M) has 8-32 (M4) taps on the bottom and side of the adapter to permit horizontal and vertical mounting.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Imperial Price Available / Ships
TPA01 Support Documentation
TPA01Pitch-Adjustable Kinematic Adapter
$85.00
Today
+1 Qty Docs Part Number - Metric Price Available / Ships
TPA01/M Support Documentation
TPA01/MPitch-Adjustable Kinematic Adapter, Metric
$85.00
Today

Clamping Arms


Click to Enlarge

Clamping Arm Extension Posts with Metric Indicator Groove

Click for Details

Mechanical Drawings
  • Provide Clamping Force for Our Platform Mounts
  • 6-32 (M4) Threads on Top and Bottom of Post
  • PM3(/M): Holds Optics up to 0.97" (24.6 mm) Tall
  • PM4(/M): Holds Optics up to 1.61" (40.9 mm) Tall
  • Extension Posts Available to Increase Max Optic Height
    • PM3SP(/M) with PM3(/M): Hold Optics up to 2.21" (56.1 mm) Tall
    • PM4SP(/M) with PM4(/M): Hold Optics up to 3.61" (91.7 mm) Tall

Thorlabs' PM3(/M) and PM4(/M) Clamping Arms use a nylon-tipped setscrew with a 5/64" (2.0 mm) hex to secure optics to our kinematic platform mounts and V-clamps. The PM3(/M) accommodates optics up to 0.97" (24.6 mm) tall and features a 0.69" (17.5 mm) center-to-center distance between the post and the nylon-tipped setscrew. In contrast, the PM4(/M) accommodates optics up to 1.61" (40.9 mm) and features a 1.16" (29.3 mm) center-to-center distance between the post and the nylon-tipped setscrew. The maximum optic height of the PM3(/M) or PM4(/M) Clamping Arms can be extended using our PM3SP(/M) or PM4SP(/M) Extension Posts, respectively. These extension posts are identical to the posts included in each complete clamping arm.

The clamping arm for all items is held to the post using a flexure mechanism that locks with a 5/64" (2.0 mm) balldriver or hex key. The post also offers a through hole for added torque when tightening down the post. Please see the diagram above for additional information.

Based on your currency / country selection, your order will ship from Newton, New Jersey  
+1 Qty Docs Part Number - Imperial Price Available / Ships
PM3 Support Documentation
PM3Small Adjustable Clamping Arm, 6-32 Threaded Post
$18.00
Lead Time
PM3SP Support Documentation
PM3SPCustomer Inspired!Extension Post for PM3 Clamping Arm, 6-32 Threaded
$5.00
Today
PM4 Support Documentation
PM4Large Adjustable Clamping Arm, 6-32 Threaded Post
$22.00
Today
PM4SP Support Documentation
PM4SPCustomer Inspired!Extension Post for PM4 Clamping Arm, 6-32 Threaded
$5.00
Today
+1 Qty Docs Part Number - Metric Price Available / Ships
PM3/M Support Documentation
PM3/MSmall Adjustable Clamping Arm, M4 Threaded Post
$18.00
Today
PM3SP/M Support Documentation
PM3SP/MCustomer Inspired!Extension Post for PM3/M Clamping Arm, M4 Threaded
$5.00
Today
PM4/M Support Documentation
PM4/MLarge Adjustable Clamping Arm, M4 Threaded Post
$22.00
Today
PM4SP/M Support Documentation
PM4SP/MCustomer Inspired!Extension Post for PM4/M Clamping Arm, M4 Threaded
$5.00
Today
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