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High-Precision Linear XY Stage with ALL Controls Inside the Stage 

SmartStage XY Stage
  • ALL controls inside; ONE external cable
  • 5 nm Resolution
  • 0.8 um Bi-directional Repeatability
  • Easy for Prototyping
  • Cost-effective for Production

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The SmartStage™ XY is the first of its kind high performance sample positioning stage where the motion controller, drive circuit and encoder are ALL built-in. Eliminating multiple cables and external electronics allows for seamless integration, smaller footprint, reduction in product development time and lower overall system cost.

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SmartStage™ XY Mechanical Stage Specifications

Travel (mm)50100150200
Position Feedback – Encoder Resolution*5 nm5 nm5 nm5 nm
Accuracy (2s, μm) *110121416
Bi-directional repeatability. (2s, μm)
Homing repeatability (μm)1111
Minimum Move (nm)100100100100
Holding Stability (± nm)30303030
Load Capacity (kg) *210101010
Maximum Acceleration (m/s2) *310101010
Maximum Velocity (m/s) *30.6111
Flatness & Straightness (μm TIR) *43366
Total Mass (individual axis) (kg)
Print Data Sheet    

* Other resolutions available, for options contact an applications engineer
*1 Accuracy has 2 point slope correction applied
*2 Please contact our Applications Engineers for loads exceeding 10kg.
*3 The maximum acceleration and velocity is resolution and load dependent.
*4 Linear stage must be mounted to a flat surface, see datasheet for details

Partnering for Results

 See how the SmartStage™ XY sample positioning stage improved the throughput and reliability in a biomarker imaging instrument.

Request Pricing

The SmartStage XY Linear Positioners are a one of a kind stage with built in controls. Complete the form below to get pricing information and inquire about application support.

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What makes a SmartStage Linear Positioner unique?

A typical linear stage requires a bulky expensive external controller, motor drive circuit, feedback interpolation, limit and home input circuits, as well as multiple cables per axis. With a SmartStage positioner, the high performance controller and all hardware to position the stage are built-in. A SmartStage Linear Positioner delivers all this capability in an ultra-compact package. Only a single stationary cable is required to control up to a 2 axis stage. This innovative approach is covered by US Patents 10,374,530 and 10,367,436.

What about the XY stage performance?

Dover Motion’s unique, patented stage architecture which embeds the encoder feedback circuit, limit and home sensors, digital I/O, 3 phase PWM drive, and high-performance controller inside the stage. By embedding what used to be multiple cables and external electronics, the control is seamless, and performance-optimized for low noise. The result is ultra-high stage performance with 5nm resolution and no backlash.

What else do I need to get started?

Just a power supply and computer! Dover Motion provides a user interface, software libraries, manuals, and code examples. Each stage is factory configured and tested to ensure the highest quality out-of-box performance.

Microscope Stage Application Examples

SmartStage XY with slides                    SmartStage XY with well plate

The XYZ 3 axis stage application example images show the SmartStage XY with Dover Motion’s DOF-5 stage mounted vertically for Z sample motion which combined provide 3 axes of XYZ motion. The SmartStage XY stage comes with various configurable travel options to accommodate different sample sizes. For automating microscope stage motion of a typical single slide (sized 75 x 25 mm) the 100 x 50 mm travel range stack will provide plenty of motion to load and move the entire sample under a camera. If multiple slides are placed in a single slide holder, as shown in the above image, the 150 x 100 mm travel SmartStage XY configuration will work best. This same travel can also be used to position a typical well plate.

Linear Translation Stage Position Triggering

Many precision motion applications require a signal to trigger a device that is synchronized with the position of an XY linear translation stage. The simplest example of such triggering is in point to point motion, when an external device (such as a camera) needs to begin image acquisition as soon as the move is complete, and the stage is maintaining position within the settling window. In a wide range of other applications (such as pulsing a laser or using a TDI imaging camera), external device triggers must be produced during motion, and at very precise positions. In the simplest case, only a single device trigger is required at a single position in each move; in other applications, repetitive device triggers are required at a fixed position spacing during motion. In more advanced cases, repetitive device triggers are required, but with variable position spacing between them.

The advanced motion controller that is provided inside all SmartStage XY linear positioners offers built in Trigger On Position (TOP) to support applications where synchronization with stage position is required and works with all the potential use cases mentioned above. Key specifications for the triggering include:

  • High speed hardware output with < 1 nm resolution for synchronizing stage position with a camera or laser
  • The unique motor design combined with ultra-precision Dover Encoder™ provides consistent force over the entire travel of the stage resulting in extremely low velocity ripple while scanning and < 30nm stability at rest

Move Profile with Position Triggers

In the example shown in the graph, a single axis translation stage accelerates from rest to a constant velocity. Once the stage settles to its constant velocity, the first trigger is issued at the First trigger position. Successive triggers follow, each separated by a programmed position spacing, until all the triggers have been issued. The stage then decelerates to a rest. Irrespective of the precision of constant velocity motion, the triggers are generated at specific positions of the stage encoder counter, and as a result are precisely positioned relative to the location of the sample.

  • Download TOP White Paper

    Please complete the form below to download this white paper. The information you provide will be used in accordance with the terms of our privacy policy.

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