Precision Motion Stages for Life Sciences & Diagnostic Applications
Maximize throughput and positioning accuracy with high-performance motion systems
Solving Critical Motion Challenges Behind Next-Generation Instruments
As life science and diagnostic instruments advance toward higher throughput, greater automation, and more complex workflows, motion requirements have become more demanding. Modern instruments depend on tightly controlled motion to maintain alignment, manage settling time, and support consistent performance across complex workflows. Therefore, in next-generation instruments, motion is no longer just a subsystem—it is often the key to meeting throughput, accuracy, and repeatability requirements.
Our Core Capabiities:
Dover Motion supports life science and diagnostic instrument development with motion platforms designed for:
- Sub-Micron Positioning Performance for imaging, sample handling, and analytical workflows
- High-Speed Motion and Fast Settling to support higher-throughput instrument operation
- Stable Z-Axis and Focus Control for demanding optical and imaging applications
- Coordinated Multi-Axis Motion for scanning, alignment, and automated workflow execution
- Compact Stage Architectures for space-constrained OEM instrument designs
- Custom Motion Engineering tailored to unique system requirements and integration constraints
Interested in Learning More?
Applications We Empower:
Next-Generation Sequencing (NGS)
Sequencing platforms depend on motion systems that can support fast sample movement, stable positioning, and precise alignment across demanding imaging workflows. Dover Motion helps NGS developers improve throughput while maintaining the motion performance required for accurate, repeatable results.
Digital Pathology
Digital pathology workflows rely on the ability to move slides quickly, position samples accurately, and maintain precise focus across large scan areas. Our motion solutions support automated slide scanning, image acquisition, and multi-axis motion for whole slide imaging and other pathology automation challenges.
Recommended Products:
SmartStageâ„¢ XY
The SmartStage™ XY linear positioning stage, also available as a single axis, offers high precision and includes an embedded controller inside the stage.
| wdt_ID | Travel | 50 - 200 mm |
|---|---|---|
| 1 | Accuracy | ≤ 10 μm |
| 2 | Repeatability | 0.8 μm |
| 3 | Payload | 10 kg |
SmartStageâ„¢ XY Monolithic Stage
The SmartStage XY Monolithic stage, is a linear motor stage in a low-profile XY form factor, with physically integrated controller, designed for precision positioning.
| wdt_ID | Travel | 50 - 75 mm |
|---|---|---|
| 1 | Accuracy | 12 μm |
| 2 | Repeatability | 0.8 μm |
| 3 | Payload (kg) | 10 kg |
DOFâ„¢ Focusing Stage
The DOF™ microscope stage is optimized for objective focusing with increased travel, higher bandwidth, and lower cost than piezo stages.
| wdt_ID | Travel | 5-9 mm |
|---|---|---|
| 1 | Resolution | 1.25 nm |
| 2 | Repeatability | < 50 nm |
| 3 | Bandwidth | > 225 Hz |
SmartStageâ„¢ Shuttle Long Travel Stage
The SmartStage Shuttle is a long travel linear stage, which provides linear motor precision and throughput for XY stage applications.
| wdt_ID | Travel | 200 - 500 mm |
|---|---|---|
| 1 | Accuracy | 5 μm |
| 2 | Repeatability | 1.2 μm |
| 3 | Payload | 10 kg |
SmartStageâ„¢ Z-50
The SmartStageâ„¢ Z-50 provides a unique combination of travel distance and precision for vertical Z axis stage applications.
| wdt_ID | Travel | 50 mm |
|---|---|---|
| 1 | Resolution | 5 nm |
| 2 | Accuracy | 10 μm |
| 3 | Repeatability | .8 μm |
Why Choose Dover Motion?
Precision that supports instrument performance: We design stages that help OEMs achieve the positioning performance required for demanding optical and analytical workflows.
Built for OEM integration: We work with instrument developers to match motion architecture to application requirements, available space, and system constraints.
Throughput without compromise: Our XY, Z, and multi-axis motion systems are designed to support fast movement, efficient scan strategies, and reliable settling behavior to keep the performance high.
Advanced Motion Control: Powered by our Motion Synergyâ„¢ API software, our systems deliver smooth, coordinated motion with real-time responsiveness and precise control.
Collaborative Engineering Support: We work closely with your team to provide motion expertise, fast prototyping, and responsive guidance throughout the whole development process.
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