For further assistance, please contact our Technical Staff at
1-800-222-6440 or tech@newport.com
Is there a manual rotation stage that is directly compatible with the UMR5–series precision steel translation stage?
Yes, the UTR46, UTR46S, UTR46A and UTR46SA Precision Rotation stages are directly compatible with the UMR5–series Precision Steel Translation stages, and can be mounted directly on top of the translation stage using the 4 mounting bridles provided with the rotation stage. The UTR46 and UTR46A rotation stages can be mounted beneath the UMR5-series translation stages by use of the UTR2MR.46N adaptor kit. The UTR46S and UTR46AS rotation stages can be mounted beneath the UMR5-series translation stages by use of the UTR2MR46S adapter kit. If you are mounting the rotation stage and translation stage stack to a Metric or English table top or breadboard, you will also need the M-PNB5 base plate.
Is there a manual rotation stage that is directly compatible with the UMR3.5 Precision Steel translation stage?
Unfortunately, there is currently no rotation stage available that is directly compatible with the UMR3.5 Precision Steel translation stage.
Are the UMR3.5, UMR5.5 or UMR8.4 Precision Steel Translation stages available in an aperture version?
Unfortunately, neither the UMR3.5, UMR5.5 and UMR8.4 Precision Steel Translation stages, or their Metric counterparts, are available in an aperture version. Please consider the M-UMR5.16A or M-UMR5.25A aperture translation stages as an alternative for the UMR5.5. The M-UMR8.25A and M-UMR8.51A are the possible aperture translation stages for the UMR8.4. Aperture models of the UMR-series Precison Steel translation stages are available in English and Metric versions, and can be mounted to an English or an English or Metric table by using the M-PBN5 base plate for the UMR5-series models and the M-PBN8 series baseplates for the UMR8-series models.
Are the UMR12.63 or UMR12.80 Precision Steel translation stages available in an aperture version?
No. Unfortunatley, the UMR12.63 and UMR12.80 Precision Steel translation stages are not available in an aperture version. Please consider the M-UMR12.40A as a possible alternative. The URM12.40A is available in both an English and Metric version, and can be mounted to an English or Metric table via the M-PBN12 base plate. The URM12.40A is also compatible with the EQ120-E and the EQ120-I right angle brackets.
Which standard and differential micrometers can be used with the UMR3.5 Precision Steel translation stage?
The BM11.5 is the standard micrometer designed to be used with the UMR3.5 Precision Steel translation stage. The DM11–5 is the differential micrometer designed to work with the UMR3.5 Precision Steel translation stage. There are no adapters available to allow other micrometers, adjustment screws or motorized drives to attach to the UMR3.5.
Is it possible to use and AJS–series adjustment screw as the manual actuator for the UMR3.5 Precision Steel translation stage?
No. The actuator mounting hole on the UMR3.5 is far too small to mount the AJS–series adjustment screws. There is no adapter available for the mounting of the AJS–series screws onto the UMR3.5 translation stage, and there is not enough material on the body of the translation stage to enlarge the actuator mounting hole to the appropriate diameter to accept the AJS–series adjustment screws.
How many springs are on the UMR3.5, UMR5-, UMR8- and UMR12- aperture and not-aperture Precision Steel Translation stage?
There are two springs on each model of the UMR5-, UMR5A-, UMR8, UMR8A-, UMR12- and UMR12A-series Precision Steel Translation Stages. There is only 1 spring on the UMR3.5 Precision Steel Translation Stage.
Are the UMR5-, UMR8- and UMR12-series aperture versions of the Precision Steel Translation stages available in vacuum compatible versions?
Yes. It is possible to purchase vacuum compatible versions of the UMR5.16A, UMR5.25A, UMR8.25A, UMR8.51A and UMR12.40A Precision Steel Translation aperture stages by custom order. These stages can be made vacuum compatible to 10–6torr.
Are the UMR3.5, UMR5-, UMR8- and UMR12-series Precision Steel Translation Stages available in a vacuum compatible version?
Yes, simply append the end of the part number for the translation stage under consideration with a V6. Therefore the UMR3.5 Precision Steel Translation stage is available in a vacuum compatible version as the UMR3.5V6. The vacuum compatible versions of the UMR5.5, UMR5.16 and UMR5.25 Precision Steel Translation stage are the UMR5.5V6, UMR5.16V6 and UMR5.25V6. is available in a vacuum compatible version. The vacuum compatible versions of the UMR8.4, UMR8.25 and UMR8.51 Precision Steel Translation stages are the UMR8.4V6, UMR8.25V6 and UMR8.51V6. The vacuum compatible versions of the UMR12.40, UMR12.63 and UMR12.80 are the UMR12.40V6, UMR12.63V6 and UMR12.80V6. Please note that Newport Corporation will only guarantee vacuum compatibility to 10–6.
What are the fixed positioning kits and the carriage locks for the UMR–series translation stages used for?
The fixed positioning kit consists of two capless hex head bolts or screws and two jam nuts. The fixed positioning kit can be used to lock the UMR–series translation stage into a set position and is recommended when the UMR–series translation stage will only be used in a set position or be translated only rarely. No micrometer is used with the translation stage in this case. One of the bolts will be threaded into the hole that the micrometer would normally mount in. The other bolt will be threaded into an identical hole on the opposite end of the translation stage. By adjusting both bolts you can set the position of the translation stage. Once the stage position has been set, you simply thread the jam nuts onto the bolts and run them down the bolts until they are flush with the walls of the translation stage, thereby locking the stage into position. The bolts or screws can be adjusted if needed by loosening the jam nuts and using a hex wrench to adjust the bolts. The carriage lock is similar to the fixed positioning kit, but consists of only one capless hex bolt and one jam nut. It is not, as its name implies, a lock. Rather the carriage lock is an adjustable stop. It is mounted in the threaded hole on the side of the UMR series translation stage opposite the micrometer. If the travel of the translation stage is longer than you would like you can limit the maximum distance traveled by adjusting the position of the carriage lock bolt. Depending upon the size of the UMR–series translation stage the fixed positioning kit may consist of two carriage lock kits. When using the carriage lock with the UMR translation stage you will need a micrometer as well.
Do the UMR 3.5-, UMR5-, UMR8– and UMR12-series Precision Steel translation stages come with the base plate shown in the catalogue drawings?
No, the base plates must be purchased separately. However, the UMR-series translation stages do come complete with the necessary screws for attaching to the base plate. The same base plate is used for both Metric and English UMR-series translation stages. The UMR3.5 Precision Steel translation stage is designed for use with the M–PBN3 base plate. The UMR5–series Precision Steel translation stages are designed for use with the M–PBN5 base plate. The UMR8–series Precision Steel translation stages are designed for use with the M–PBN8 base plate. The UMR12–series Precision Steel translation stages are designed for use with the M–PBN12 base plate.
What is the flatness specification for the top and the bottom plates of the UMR series translation stages?
The flattness of the top plate and the bottom plate is 0.02 mm.
What is the parallelism of the top and bottom plate for the UMR series stages?
The parallelism of the top and bottom plate is 0.05 mm.
What is the spring stiffness of the spring on the UMR3.5, UMR5-, UMR8- and UMR12-series Precision Steel Translation stage?
The stiffness of the single spring in the UMR3.5 Precision Steel Translation Stage is 0.072 kg/mm. The stiffness of the spring in the UMR5.5 Precision Steel Translation Stage is 0.04 kg/mm. The stiffness of the spring on the UMR5.16 and UMR5.25 Precision Steel Translation stages is 0.0268 kg/mm. The stiffness of the spring in the UMR8.4 Precision Steel Translation Stage is 0.072 kg/mm. The stiffness of the spring on the UMR8.25 and UMR8.51 Precision Steel Translation stage is 0.01235294 kg/mm. The stiffness for the spring on the UMR12.40, UMR12.63 and UMR12.80 Precision Steel Translation stages is 0.019 kg/mm. There are two springs on each of the UMR5-, UMR8- and UMR12-series translation stages.
What is the part number for the spring on the UMR Series Precision Steel Translation Stages?
For the UMR3.5 and UMR8.4 the spring part mumber is M4475A. For the UMR5.5 the spring part mumber is M4476A. For the UMR5.16 and UMR5.25 the spring part mumber is M4478A. For the UMR8.25 and UMR8.51 the spring part mumber is M4481A. For the UMR12.40, UMR12.63, and UMR12.80 the spring part mumber is M4352A.
Is there a manual rotation stage that is directly compatible with the UMR8–series precision steel translation stage?
Yes, the UTR80, UTR80S, UTR80A and UTR80SA Precision Rotation stages are directly compatible with the UMR8–series Precision Steel Translation stage, and can be mounted directly on top of the translation stage using the 4 mounting bridles provided with the rotation stage. You can also mount the UTR80 and UTR80A beneath the UMR8-series translation stage using the UTR2MR.80 adapter kit. There is no adapter kit for mounting the UTR80S or UTR80SA beneath the UMR8-series translation stage. If you will be mounting the rotation stage and translation stage stack to a Metric or English table, you will also need the M-PBN8 base plate.
Is there a manual rotation stage that is directly compatible with the UMR12–series precision steel translation stage?
Yes, the UTR120 and UTR120A Precision Rotation stages are directly compatible with the UMR12–series Precision Steel Translation stage, and can be mounted directly on top of the translation stage using the 4 mounting bridles provided with the rotation stage. You can also mount the UTR120 or UTR12A rotation stage beneath the UMR12-series translation stage by using the UTR2MR120 adapter kit. If you will be mounting the rotation stage and translation stage stack on a Metric or English table top, you will also need the M-PBN12 base plate.
The travel for the 443 and M–443 translation stage appears to be limited to 46mm rather than the specified 50mm. Why?
The travel of the 443 translation stage is limited by the restrictions on the positioning of the micrometer mounting block and the push block, as well as the thickness of the jam nut which is used to attached the manual or motorized actuator to the translation stage. Currently, these blocks can only be placed far enough apart to allow for a maximum travel of 46mm.
Is there a left handed version fo the 433, 423, or 443 Low Profile Ball Bearing translation stage?
A left handed version of the 423, 443, or 433 Low Profile Ball Bearing translation stage cannot be purchased directly, however a right handed version can easily be converted into a left handed version by removing the micrometer mount, push block and locking mechanism and remounting them on the side opposite of where they were originally.
I have a 4 inch travel micrometer or actuator. Is it possible to convert the 443 Low Profile Ball Bearing translation stage into a 4 inch travel stage?
Yes. Simply remove the label and the locking plates underneath it. Then position the micrometer mount and the push block along the side of the 443 translation stage in such a way that they will allow for maximum travel. You now have a 4 inch travel translation stage.
I have a 443 Low Profile Ball Bearing translation stage. Is it possible to convert it to a 443–4 translation stage?
Yes, it is very easy to convert the 443 Low Profile Ball Bearing translation stage into a 443–4. All you need to do is remove the label and the locking plates beneath it. Then replace the push block with an AB–3 micrometer mount.
Can fiber accessories for the 561 series stages be used on 562 or 562F stages? If so, are the 561 and 562 series compatible?
The 561 series accessories can be used with the 562F stage with some exceptions. The exceptions are the 561–Tilt/–LH, the 561–UST and the 561–TS. These exceptions are replaced with the 562F–Tilt/–LH, 562–UST and the 562–TS when usig a 562F stage. As for compatibility, there is a difference in optical axis height between the two series stages. This difference in height can be negated using the 561–ADPT.
Why is the center hole of the three counterbored clearance holes on the rail (562–R) for the 562F–XYZ stage larger than the other two?
The two outer counterbored clearance holes have a tighter tolerence for use in locating or positioning the rail. This tighter tolerance helps prevent the rail from twisting. The central counterbored clearance hole is used solely for tightening the rail in place, or as a hold down. For this reason, the center hole is has a slightly looser tolerance, giving it more adjustability or slop for a better fit once the rail has been located.
What type of stainless steel is used in the production of the 561D-XYZ UltrAlign Precision Fiber Optic Linear Stage?
The steel type used in the production of the 561D-XYZ Ultralign Precision Fiber Optic Linear Stage is 416 stainless steel.
Can the 461–series (461–X, 461–XY, 461–XYZ, etc.) steel translation stages be side driven?
No. Unfortunately, the 461–series steel translation stages are too small for the side mounts for the micrometers to fit on the stage. However, if size is not a constraint, you might want to take a look at the 462–series translation stages, which can be side driven. Or if you prefer aluminum to steel and don’t mind having to stack the translation stages to create a multiple axis stage you might want to take a look at the 423– and 426–series translation stages.
Is the base plate on the 461/462 series stages removable?
Yes, the base plate is easily removed by moving the stage to each end of the travel and unscrewing the screw in the counterbored hole that connects the stage to the base plate.
How stable are the modular translation stages?
In addition to being flexible, our Triple-Divide modular stages are as stable as integrated XYZ stages. The locking of the stages and accessories is accomplished with a cone-point setscrew acting on a dovetail-shaped steel rail, which we call the e·z·Trac. The sloped sides of the e·z·Trac, along with the conical surface of the setscrew, transfer the horizontal thrust force of the setscrew into a vertical component. Since a force of over 125 lbs. (550 N) can be easily exerted by the screw with a standard ball driver (really, we tested it!), over 250 lbs. (1100 N) of vertical force clamp the stage down to the mounting surface (even if the mounting surface is another stage). The tremendous friction on the stage from the mounting surface and from the e·z·Trac itself keeps the stage from sliding along the long axis of the e·z·Trac. And since just two screws can keep the e·z·Trac itself locked down to an optical table with over 400 lbs. (1780 N) of force, a stage locked to the e·z·Trac is highly resistant to torque-both in and out of the plane of the table.
Why do the stages have a 1.1" (or 0.55") travel range?
After talking with customers and our own optics engineers, we designed our full-sized translation stages to provide just a little more travel (1.1") than is commonly found in other stages. All of us have experienced frustration when we've mounted a 1" stage and ran out of travel just before we got to where we wanted. By providing just that little extra bit of travel, the stage gives you "overlapping" coverage on a table with 1" hole spacings. Now you know you'll be able to reach exactly the position you need. Our pint-sized stages also have an extra bit of travel (0.55"), again to provide overlapping coverage that traditional compact stages just don't have.
How do the kinematic stages (Model 9071 four-axis tilt aligner, and Models 9081 and 9082 five-axis aligners) work?
We approached the design of our kinematic stages from a different perspective. While most positioners are made by stacking several single-axis translation stages, these positioners consist of several actuators moving a single stage. This results in a multi-axis stage with exceptionally low beam height and minimal wobble and slop. Since there is only one actuator or constraint for each degree of freedom, these stages operate slightly differently than more conventional ones. In our kinematic stages, two actuators are used to position a side of the moving plate. Therefore, if you want pure translation, simply adjust both screws the same amount. A single screw rotates the plate about the opposite motionless actuator. And if you want to rotate the plate around its center, adjust both screws but in opposite directions. We've found that understanding the mechanics in these stages makes alignment much simpler and more intuitive.
Can the MS–series (MS–125, MS–500, MS–200M) miniature translation stages be made vacuum compatible?
Yes, the MS–series (MS–125, MS–500) miniature translation stages can be made vacuum compatible. This would be a custom order and you would need to contact Newport Corporations Technical Desk for further information (1–800–222–6440). The translation stage will still be black annodized. Note that, due to the micrometer, the MS–200M series miniature translation stages cannot be made vacuum compatible.
Is it possible to order the micrometer in the MS–200M–series miniature translation stage separately?
Yes, it is possible to order the micrometer in the MS–200M–series miniature translation stage separately as a custom order.
Is it possible to purchase the MS-200 Miniature Translation stage with an adjustment screw instead of a micrometer?
Unfortunatley, no. If you wish to use an adjustment screw rather than a micrometer, please consider the MS-500-series Miniature Translation stage.
What are the materials used in the body of the translating plate of the M–MR1.4?
The main body of the stage is made out of black annodized aluminum. The grey material wrapping the edges of the translating plate is a type of plastic know as RILSAN which is mixed with molybdemun bisulphide.
I was turning the adjustment screw on the M–MR1.4, I heard a snap or popping noise and now the adjustment screw is backing out of the mount. What happened?
You have over driven the M–MR1.4. This means that you attempted to make the stage travel further than it was designed to do. The pop or snap that you heard was the breaking of the loctite seal that holds the adjustment screws collet into place. Loctite 638 is the adhesive that is used to hold the collet in place. Once this adhesive joint has been broken the adjustment screw will begin to back itself out of the translation stage, or more precisely, unmount itself. You can fix the mount by replacing the loctite, or, if your application is one that may cause you to continuously overdrive the M–MR1.4, you might want to consider one of our MS–series miniature translation stages.
The 460P–X and the 460P–X–05 look exactly alike to me. What are the differences between the two translation stages?
The 460P–X and the 460P–X–05 Modular Translation Stage are exactly alike with one exception. The micrometer mounting block (AM–1) on the 460P–X is longer than that on the 460P–X–05 (AM–05). The length of the AM–05 limits the travel of the 460P–X–05 to .5 inch. If you already own a 460P–X–05 you can increase its travel to 1 inch by replacing the AM–05 with the AM–1 micrometer mounting block. The same is true for all of the 460P–series Modular Translation Stages.
I just received a 460P–XYZ translation stage, but it didn’t come with the 460P–BA base plate, shouldn’t it have been included?
Unfortunately no, the base plate is not included with the 460P–XYZ. The 460P–BA must be ordered separately.
What is the length of the screw in the SCREW-10 kit for the 460P-series Modular Translation Stage?
The SCREW-10 kit contains a set of ten 1/4-20 threaded screws, .375" long. The metric kit M-SCREW-10 also contains a set of 10 screws, M6x1.00 threaded screws, 10mm long. The SCREW-10 kits are also used with the 460PD-series Modular Dovetail Translation Stage.
My 460A-series translation stage has lost the micrometer contact pad. Can I buy a new one?
Yes, you can purchase a new carbide pad. See 360 Series Angle Brackets
Is there a left handed version of the 426, 426A, 436 or 436A Low Profile Cross Roller Bearing translation stage?
A left handed version 426, 426A, 436 or 436A Low Profile Cross Roller Bearing translation stage cannot be purchased directly, however a right handed version can easily be converted into a left handed version by removing the micrometer mount, push block and locking mechanism and remounting them on the side opposite of where they were originally.
How do I mount the micrometers or adjustment screws on my 401 or 406 Two Axis Large Platform translation stage?
This is actually easier than it looks. Just follow the steps below:
1. You will notice that there is a removeable nut (threaded ring) on the end of your micrometer/adjustment screw. Take this nut off and set it aside in case you want to use it in the future. You will not need it for your 401/406.
2. Take a look at the 401/406. You will see two holes for mounting your micrometers/adjustment screws. Inside each of these holes you will see a silver or brass colored sleeve with a slit in it. Leave the sleeve inside the holes.
3. If you look at the top and bottom plates you will notice that there is a set screw perpendicular to the mounting holes. If you tighten the screw it will protrude into the mounting holes. If needed back this screw up so that it is not protruding into the mounting holes.
4. Take a look at those slitted sleeves again. Make certain that they are turned so that the slit is 90 to 180 degrees away from the set screw.
5. Now back your micrometer/adjustment screw up most of the way so that the tip of the spindle is just protruding, but you have not exceeded the backward travel of the micrometer/adjustment screw.
6. One at a time, push the micrometer/adjustment screw as far as it will go into the mounting hole on the side of the 401/406, and into the slitted sleeve. Tighten down on the set screw in the top or bottom plate until the micrometer/adjustment screw no longer slips. By tightening down on the set screw you cause the sleeve to clamp around the micrometer/adjustment screw, holding it in place.
7. Congratulations. You have just mounted your micrometers/adjustment screws.
Is the SDS25, SDS40 or SDS65 Precision Low Profile Ball Bearing Linear Stage available in a right handed configuration?
No. The SDS25, SDS40 and SDS65 Precision Low Profile Ball Bearing Linear Stages are only available in a left handed configuration.
Are the M-SDS25, SDS40, or SDS65 Precision Low Profile Ball Bearing Linear Stages available in a vacuum compatible version?
Yes, the M-SDS25, SDS40, or SDS65 Precision Low Profile Ball Bearing Linear Stages are available in a vacuum compatible versions upon request.
Do I need to purchase the actuator for the M-SDS25, SDS40 or SDS65 Precision Low Profile Ball Bearing Linear Stage separately?
No. The M-SDS25 Precision Low Profile Ball Bearing Linear Stage comes with a BM11.10series micrometer already installed. The SDS40 Precision Low Profile Ball Bearing Linear Stage comes with a BM11.16series micrometer already installed. The SDS65 Precision Low Profile Ball Bearing Linear Stage comes with a BM11.25series micrometer already installed.
Are the M-SDS25, SDS40 and SDS65 Precision Low Profile Ball Bearing Linear Stages lockable?
Yes. The M-SDS25, SDS40 and SDS65 Precision Low Profile Ball Bearing Linear Stages are lockable. The locking screw is located on the push block (the block that the tip of the micrometer pushes against).
Can I mount the SDS25-. SDS40-. or SDS65-series Precision Low Profile Ball Bearing Linear Stages directly to my English (metric) table top, or is a special base plate required?
In order to mount the SDS25 (M-SDS25) or SDS40 (M-SDS40) Precision Low Profile Ball Bearing Linear Stage to your English (metric) table top you will require the B-2B (M-B-2B) base plate. The M-B-2C base plate may also be used to attach the M-SDS25 translation stage to a metric table top. The SDS65 (M-SDS65) Precision Low Profile Ball Bearing Linear Stage will mount directly to your english (metric) table top using 1/4-20 (M6) threaded screws. No special base plate is required.
Is there a rotation stage that is directly compatible with the SDS25-, SDS40-, or SDS65-series Precision Low Profile Ball Bearing Linear Stages?
Currently Newport Corporation does not offer a rotation stage that is directly compatible with the SDS25 Precision Low Profile Ball Bearing Linear Stage. <p> The RS40 (M-RS40) translation stage is directly compatible with the SDS40 (M-SDS40) Precision Low Profile Ball Bearing Linear Stage. <p> The RS65 (M-RS65) rotation stage is directly compatible with the SDS65 (M-SDS65) Precision Low Profile Ball Bearing Linear Stage.
Is there a goniometer that is directly compatible with the SDS25-. SDS40-. or SDS65-series Precision Low Profile Ball Bearing Stages?
Currently Newport Corporation does not offer a goniometer that is directly compatible with the SDS25 Precision Low Profile Ball Bearing Stage. The GON40-U (M-GON40-U) and the GON40-L (M-GON40-L) stackable goniometers are directly compatible with the SDS40 (M-SDS40) Precision Low Profile Ball Bearing Linear stage. The GON65-U (M-GON65-U) and the GON65-L (M-GON65-L) stackable goniometers are directly compatible with the SDS65 (M-SDS65) Precison Low Profile Ball Bearing Linear stage.
Is it possible to replace the micrometer that is provided with the SDS25, SDS40 or SDS65 Precision, Low-Profile Ball Bearing Linear Stage with a adjustment screw, lockable micrometer or motorized actuator?
Unfortunately, Newport Corporation does not have a compatible adjustment screw, lockable micrometer or motorized actuator for the SDS25, SDS40 or SDS65 Precision, Low-Profile Ball Bearing Linear Stage. The required mounting thread for the actuator is M6x0.5.
Is it possible to replace the micrometer that is provided with the SDS25 Precision, Low-Profile Ball Bearing Linear Stage with a differential micrometer?
Yes, the DM11-10 differential micrometer is compatible with the SDS25 Precision, Low-Profile Ball Bearing Linear Stage. The customer must order the SDS25 and the DM11-10 separately, then remove the micrometer that comes pre-installed on the SDS65 and replace it with the DM11-10 differential micrometer.
Is it possible to replace the micrometer that is provided with the SDS40 Precision, Low-Profile Ball Bearing Linear Stage with a differential micrometer?
Yes, the DM11-16 differential micrometer is compatible with the SDS40 Precision, Low-Profile Ball Bearing Linear Stage. The customer must order the SDS40 and the DM11-16 separately, then remove the micrometer that comes pre-installed on the SDS65 and replace it with the DM11-16 differential micrometer.
Is it possible to replace the micrometer that is provided with the SDS Precision, Low-Profile Ball Bearing Linear Stage with a differential micrometer?
Yes, the DM11-25 differential micrometer is compatible with the SDS65 Precision, Low-Profile Ball Bearing Linear Stage. The customer must order the SDS65 and the DM11-25 separately, then remove the micrometer that comes pre-installed on the SDS65 and replace it with the DM11-25 differential micrometer.
Is there a rotation stage that is directly compatible with the DS25-series Compact Dovetail Linear Stages?
At this time there is no rotation stage that is directly compatible with the DS25-series Compact Dovetail Linear Stages.
Is there a goniometer that is directly compatible with the DS25-series Compact Dovetail Linear Translation Stages?
No. Unfortunately, there is no goniometer that is directly compatible with the DS25-series Compact Dovetail Translation Stages.
How do I mount the M-DS25 series Compact Dovetail Linear Stage to my table top or breadboard?
In order to mount the M-DS25 series Compact Dovetail Linear Stages to your table top or breadboard you will require a base plate. For english (1/4-20 tapped) tables and breadboards, use the B-2B base plate. For metric (M6 tapped) tables and breadboards, use either the M-B-2B or the M-B-2C.
Does the DS65 series Compact Dovetail Linear Stage exist? I haven't been able to locate one on your website.
Unfortunately, there is no DS65 Compact Dovetail Linear Stage. If you are looking for a 65mm footprint stage, you might consider the SDS65. It is a steel ball bearing stage and not a dovetail, but it does have a 65 mm footprint, excluding the micrometer.
Is there a rotation stage that is directly compatible with the DS40 series Compact Dovetail Linear Translation stage?
The RS40 rotation stage is directly compatible with the DS40 series Compact Dovetail Linear Translation stage.
Is there a goniometer that is directly compatible with the DS40 series Compact Dovetail Linear Stages?
The GON40-U and the GON40-L are directly compatible to the DS40 series Compact Dovetail Linear Stages.
Is it possible to use a micrometer with the DS40- or DS25-series Compact Dovetail Linear Stages?
No, the DS40- or DS25-series Compact Dovetail Linear Stages have a non-removeable 80 thread per inch lead screw built in.
How do I mount my DS40 series Compact Dovetail Linear Stage to my table top or breadboard?
To mount the DS40 series Compact Dovetail Linear Stage to a table top or breadboard you will need to use a base plate. To mount the DS40 series to an english (1/4-20 tapped) table or breadboard, use the B-2B baseplate. To mount the metric M-DS40 series to a metric (M6 tapped) table or breadboard, us the M-B-2B baseplate.
Is it possible to mount the M-DS25 series Compact Dovetail Linear Stage on top of the DS40 series?
Yes. in order to mount the M-DS25 series stages on top of the english DS40 series you will need to use the M-B-1.25 base plate. The M-B-1.25 base plate can be mounted on top of the english DS40 or the metric M-DS40 series stages. Then the M-DS25 series can be mounted on top of the M-B-1.25 base plate.
Is the DS25 series Compact Dovetail Linear Stage lockable?
Yes, the DS25 series Compact Dovetail Linear Stage is lockable.
Is the DS40 series Compact Dovetail Linear Stage lockable?
Yes, the DS40 series Compact Dovetail Linear Stage is lockable.
Does the 25 in the M-DS25 series Compact Dovetail Linear Stage part number mean that the stages have a 25mm travel?
No, the 25 in the M-DS25 series part number results from the 25mm footprint of the translation stage when it is squared up. The base of the stage is 25mm on a side. The actual travel of the stage is .25mm for the horizontal x and y axis, and .12mm for the vertical z axis.
Does the 40 in the DS40 series Compact Dovetail Linear Stage part number indicate that the stage has 40mm of travel?
No, the 40 in the DS40 series part number results from the 40mm footprint of the translation stage when it is squared up. The base of the stage is 40mm on a side. The actual travel of the stage is .55mm for the horizontal x and y axis, and .20mm for the vertical z axis.