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SLL Series

Positioners from SmarActs SLL series are based on recirculating ball slides.

Positioners from the SLL line are based on recirculating ball slides. The small slide in combination with rails of different length make it an interesting solution either for precise long range positioning or if you need large travel ranges within limited space. It is possible to put multiple slides on the same rail.

SLL positioners can be operated by any of our control units and are also available for high vacuum.

SLL12

SLL12
rail length

70 .. 475 mm

sensor resolution

1 nm

vacuum

down to 10-6 mbar

details

SLLA42

SLLA42
rail length

70 .. 1480 mm

sensor resolution

1 nm

details

SLLV42

SLLV42
rail length

70 .. 1480 mm

sensor resolution

1 nm

vacuum

down to 10-6 mbar

details

SLL Accessoiries

In order to use the SLL positioners as an optical bench SmarAct offers a large variety of equipment, including adapter plates. This allows easy integration of the piezo driven rails into your experimental setup.

A small selection of the broad SLL product variety is given below. If you require special parts, please don’t hesitate to contact us.

Passive Carrier

To mount existing components or other positioners onto the same rail we offer a passive carrier which is equipped with a clamp for fixation.

SLL Accessories
SLL Accessories
Endstop Bracket

In order to limit the travel range of SLL positioners we are offering removable and fixed endstops.

Breadboard adapter

To mount the rail to an existing bread board we are offering mounting adapters and variable end stops which are available for every common hole pattern.

SLL Accessories
Optomechanical mounts

To attach optomechanical components to the rails, various mounts are available, too.

Application Example

3D Manipulator SLL-SR-7012

This 3D Manipulator consists of two customized, SLL-based linear stages and a SR-7012. The manipulator was designed for 3D positioning of samples with a weight of 300 g over a distance of 250 mm in vertical, horizontal and any hybrid orientations with the usual nanometer precision. This manipulator can be used in high vacuum environments like a SEM and can be customized to different payloads.