
( Brand: Newport ), ( Manufacturer Part Number: 20008 ), ( Model: MPM 40173 AND MPM 20008 LINEAR STAGES IN XY CONFIGURATION ), ( Part Type: Linear )
The **Newport 20008 MPM 40173 Linear Stages (XY Configuration)** represents a cutting-edge solution for precision motion control, engineered to deliver exceptional performance in demanding applications across research, industrial automation, and advanced manufacturing. Part of Newport s high-precision **MPM (Micro Positioning Module)** series, this XY stage configuration combines two independently controlled linear axes into a compact, modular system, enabling seamless integration into complex motion control setups. Each axis features a **40173** model, a high-precision, recirculating ball-bearing linear stage designed for smooth, repeatable motion with minimal friction and wear. The stages utilize Newport s proprietary **Micro Positioning Module (MPM)** technology, which integrates a high-resolution **linear encoder** (with sub-micron resolution) directly into the stage s mechanical assembly, ensuring closed-loop feedback for unmatched positional accuracy and stability. The XY configuration allows for precise two-dimensional movement, making it ideal for applications such as microscopy, semiconductor inspection, optical alignment, and automated testing systems where fine positional control is critical. With a **travel range of up to 25 mm per axis** (configurable based on mounting options), these stages offer a balance of compact footprint and ample workspace, while their **low-profile design** facilitates easy installation within confined environments. The stages are constructed from high-quality materials, including hardened steel rails and precision-ground components, ensuring durability and resistance to environmental factors such as vibration and temperature fluctuations. Newport s **MPM series** also incorporates a **low-profile motor mount**, allowing for seamless integration with Newport s **MPM-1000** or **MPM-2000** motorized actuators, which provide torque and speed control via Newport s **MPC-1000** or **MPC-2000** motion controllers. This modularity enables users to customize the system for specific requirements, whether it be higher speeds, greater load capacities, or enhanced precision. The **XY configuration** is further enhanced by Newport s **MPM software tools**, including **MPM Control Suite**, which simplifies programming, calibration, and real-time monitoring of the stages. This software supports seamless integration with industry-standard motion control platforms, ensuring compatibility with existing automation systems. Whether deployed in a laboratory setting for high-precision scientific research or in an industrial environment for automated manufacturing processes, the **Newport 20008 MPM 40173 XY Linear Stages** deliver a robust, reliable, and highly accurate motion solution that elevates the performance of any application requiring precise, repeatable movement in two dimensions.
### **Pros and Cons of buying a Newport 20008 MPM 40173 Linear Stages (XY Configuration)**
#### **Pros**
1. **Precision and Accuracy** The MPM 40173 series is known for its high repeatability and positioning accuracy, making it suitable for applications requiring fine control, such as microscopy, semiconductor inspection, or metrology.
2. **Stiffness and Rigidity** The design incorporates a rigid granite base and high-quality linear guides, reducing vibration and ensuring stable performance under load.
3. **Compatibility with Newport s Ecosystem** These stages integrate seamlessly with other Newport components, such as controllers, motors, and encoders, simplifying system integration.
4. **Customizable Travel Range** The XY configuration allows for flexible positioning requirements, with options for different travel lengths (e.g., 50 mm, 100 mm, etc.).
5. **Low Friction and Smooth Motion** The air-bearing or recirculating ball guides (depending on the variant) provide smooth, low-friction movement, reducing wear and improving longevity.
6. **Modularity** The stages can be easily combined with other Newport motion systems (e.g., Z-axis, rotation stages) for multi-axis applications.
7. **Durability** Built with high-quality materials, these stages are designed for long-term use in demanding environments.
8. **Support for Closed-Loop Control** Many variants support encoder feedback, enabling precise closed-loop positioning for high-accuracy applications.
9. **Compatibility with Automation Software** Works with industry-standard control systems (e.g., LabVIEW, MATLAB, or proprietary Newport software) for automated motion control.
10. **Warranty and Support** Newport offers reliable customer support and warranty coverage, ensuring maintenance and troubleshooting assistance when needed.
#### **Cons**
1. **High Initial Cost** Newport stages are premium products, and the 20008 MPM series falls into the higher-end price range, which may be prohibitive for small labs or budget-conscious buyers.
2. **Maintenance Requirements** While durable, air-bearing variants (if applicable) may require periodic maintenance to ensure optimal performance, such as checking for debris or lubrication (if applicable).
3. **Complexity in Setup** Integrating these stages into a system may require expertise in motion control, calibration, and software configuration, potentially adding to setup time and costs.
4. **Limited Customization for Extreme Environments** If operating in harsh conditions (e.g., high vibration, extreme temperatures, or corrosive environments), additional shielding or modifications may be necessary, increasing costs.
5. **Dependence on Newport s Ecosystem** While robust, compatibility with third-party components may not always be straightforward, potentially limiting flexibility in system design.
6. **Learning Curve for Advanced Features** Features like closed-loop control or high-speed motion may require training for operators to fully utilize, adding to the operational learning curve.
7. **Potential for Overkill in Some Applications** If the application does not require sub-micron precision, the cost may not justify the investment compared to simpler, lower-cost alternatives.
8. **Lead Times for Custom Configurations** Depending on stock and customization needs, delivery times may be longer than standard off-the-shelf products.
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### **Ending Conclusion**
The **Newport 20008 MPM 40173 XY linear stages** are a high-performance, reliable choice for applications demanding precision motion control, such as advanced microscopy, semiconductor inspection, or metrology. Their stiffness, accuracy, and compatibility with Newport s ecosystem make them a strong contender for professional and industrial use. However, the high cost, complexity of setup, and potential maintenance needs may be drawbacks for smaller labs, educational institutions, or applications where lower precision is sufficient.
If your application requires **sub-micron positioning, smooth motion, and long-term reliability**, these stages are an excellent investment. If budget constraints or simpler requirements are a priority, alternatives like lower-cost linear stages from other manufacturers (e.g., Thorlabs, PI, or OWIS) may be worth considering.
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### **Recommendation**
**Buy the Newport 20008 MPM 40173 XY stages if:**- Your application demands **high precision, stiffness, and repeatability** (e.g., advanced microscopy, nanotechnology, or semiconductor inspection).
- You are already using or plan to integrate with **Newport s motion control ecosystem** (controllers, motors, software).
- You can justify the **higher upfront cost** with long-term performance and reduced maintenance needs.
- Your team has access to **technical expertise** for setup, calibration, and troubleshooting.
**Consider alternatives if:**- Your budget is limited, and **lower-cost stages** (e.g., Thorlabs, PI, or OWIS) meet your precision requirements.
- Your application does not require **sub-micron accuracy**, and simpler stages would suffice.
- You lack **in-house expertise** for complex motion control systems, as training or external support may be needed.
For most **high-end research, industrial, or precision engineering applications**, the Newport MPM 40173 is a **strong, well-supported choice**. However, always compare specifications, total cost of ownership (including maintenance and software), and long-term compatibility with your specific needs before making a final decision.
As featured in. Ethical Practices: Our certifications reflect a commitment to transparency, environmental stewardship, and safe handling of electronic equipment. NewPort MPM 40173 2000 8 Linear Stages XY Configuration System: ITEM OVERVIEW: This linear motion system features and stages arranged in an configuration, ideal for precision positioning applications industrial automation, laboratory setups, manufacturing processes. With the stages bolted together, it offers a compact and integrated solution for space-constrained workspace.
Why It Matters: Every purchase helps reduce e-waste and supports a more circular, sustainable economy. Application: Suitable for precision positioning, alignment, and basic motion control in industrial lab settings. Includes: Both linear stages bolted together as a complete system. Configuration: XY arrangement for dual-axis movement.
Tested: Stage movement verified on both units using manual knob for smooth operation. Testing: At Sunning, all electronics are processed by trained technicians following strict R2v3 standards. ITEM SPECIFICS: model's: MPM 40173 and 2000 8 linear stages. Offers can not be made outside of the platform.
Devices undergo detailed inspection and testing, including data wiping, functionality checks, component validation. Linear motion systems like this XY configuration are essential for tasks such as sample positioning, microscopy stage adjustments, or small-scale robotic movements. Like what you see. Response times may vary due to high demand.
Type: Linear motion system focused on mechanical stage functionality. The system provides controlled movement along two axes, enabling accurate alignment and manipulation of components in research, assembly, or testing environments.