MITSUBISHI LP2A-09M-01F0 Magnetic Linear Servo Magnet Tracks

( Brand: Mitsubishi ), ( Manufacturer Part Number: LP2A-09M-01F0 ), ( Part Type: Servo Linear Motor ), ( Country Of Origin: Japan )

Review MITSUBISHI Magnetic Linear Servo Motors Magnet Tracks

The **Mitsubishi LP2A-09M-01F0 Magnetic Linear Servo Magnet Track** is a high-performance, precision-engineered component designed for advanced motion control applications in industrial automation, robotics, and specialized machinery. This linear servo magnet track represents the pinnacle of Mitsubishi Electric s expertise in electromechanical systems, combining robust construction with seamless integration into servo-driven motion systems. Built with a **9mm track width**, the LP2A-09M-01F0 is optimized for applications requiring smooth, high-speed linear motion with minimal backlash and exceptional positional accuracy. Its **magnetic linear servo design** leverages a series of precisely aligned neodymium magnets embedded within a durable, corrosion-resistant aluminum profile, ensuring consistent magnetic flux for reliable interaction with linear servo motors and encoders. The track s **modular and scalable design** allows for easy extension or customization to fit varying lengths, making it ideal for both compact assembly lines and large-scale automated systems.

The LP2A-09M-01F0 is engineered for durability and longevity, featuring a **high-strength, anodized aluminum housing** that resists wear, vibration, and environmental contaminants, while its **low-friction guide system** minimizes energy loss and extends the operational lifespan of the entire servo mechanism. The magnet array is meticulously calibrated to maintain a uniform magnetic field, enabling precise synchronization with Mitsubishi s servo motors and feedback systems, such as the **MITSUBISHI SERVO DRIVES (e.g., FR Series or SERVO-DRIVES)**. This ensures smooth acceleration, deceleration, and positioning with sub-millimeter precision, making it indispensable for applications in pick-and-place systems, CNC machining, automated packaging, and high-speed assembly lines.

One of the standout features of this magnet track is its **versatility in integration**, as it is compatible with a wide range of Mitsubishi servo systems, including **linear servo motors (e.g., LM Series), ball screws, and belt-driven systems**. The **01F0 variant** specifically denotes a configuration optimized for **high-speed, high-precision applications**, where reduced inertia and optimized magnetic coupling are critical. Additionally, the track s **compact profile** allows for efficient use of workspace, while its **precisely machined surfaces** ensure alignment with other components, reducing assembly complexity and improving overall system reliability. Whether deployed in a **high-volume manufacturing environment** or a **custom robotic arm**, the LP2A-09M-01F0 delivers the performance and consistency required to meet the demands of modern automation.

For engineers and system designers seeking a **reliable, high-performance linear motion solution**, the Mitsubishi LP2A-09M-01F0 magnet track offers an ideal balance of precision, durability, and compatibility. Its seamless integration with Mitsubishi s servo ecosystem ensures optimal performance in both new installations and retrofitted systems, while its **low-maintenance design** reduces downtime and operational costs. With a focus on **repeatability, speed, and accuracy**, this magnet track is a cornerstone for industries where precision motion control is non-negotiable.

### **Pros and Cons of buying a Mitsubishi LP2A-09M-01F0 Magnetic Linear Servo Magnet Tracks**

1. **High Precision and Repeatability** The LP2A-09M-01F0 is designed for high-precision motion control, making it ideal for applications requiring consistent and accurate positioning, such as CNC machines, robotics, and automated assembly lines.

2. **Compact and Space-Efficient Design** Magnetic linear servo systems eliminate the need for traditional ball screws or lead screws, reducing mechanical complexity and freeing up space in compact setups.

3. **Smooth and Quiet Operation** The magnetic levitation technology minimizes friction and wear, resulting in smoother motion with less noise compared to mechanical guides.

4. **Long Lifespan and Low Maintenance** Since there are no physical contact points (like bearings or rails), wear and tear are significantly reduced, leading to extended operational life with minimal upkeep.

5. **High Speed and Acceleration Capabilities** Magnetic linear servos can achieve rapid acceleration and deceleration, making them suitable for high-speed applications where traditional linear actuators may struggle.

6. **Corrosion Resistance** The sealed design and absence of exposed mechanical parts make these systems more resistant to dust, moisture, and contaminants, improving reliability in harsh environments.

7. **Integration with Mitsubishi Automation Systems** As a Mitsubishi product, it seamlessly integrates with their servo drives (e.g., MR-J4, MR-J4S) and motion control software, simplifying programming and control.

8. **Force and Position Control** The system supports both force and position control, allowing for flexible operation in applications requiring adaptive force feedback (e.g., material handling, pressing operations).

9. **Scalability** Mitsubishi offers a range of magnetic linear servo models, so this unit can be part of a larger modular system as needs evolve.

10. **Energy Efficiency** Magnetic levitation reduces energy loss due to friction, improving overall system efficiency compared to mechanical alternatives.

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1. **High Initial Cost** Magnetic linear servos are more expensive upfront than traditional linear actuators or ball screws, which may be a barrier for budget-conscious applications.

2. **Limited Availability of Spare Parts** Since this is a specialized component, finding replacement parts or technical support may be more difficult compared to widely used mechanical guides.

3. **Complex Installation and Setup** Requires precise alignment and integration with control systems, which may demand additional engineering expertise, especially for non-specialized teams.

4. **Potential for Magnetic Interference** Strong magnetic fields could interfere with nearby electronic components or sensors, requiring careful system design to mitigate risks.

5. **Weight Limitations** While robust, these systems have weight and load capacity constraints. For extremely heavy loads, additional structural support may be needed.

6. **Dependence on Mitsubishi Ecosystem** If the application requires compatibility with non-Mitsubishi components (e.g., drives, controllers), additional interfaces or converters may be necessary, adding complexity.

7. **Learning Curve for Programming** Users unfamiliar with Mitsubishi s motion control software may require training to fully optimize performance, potentially increasing implementation time.

8. **Limited Customization for Non-Standard Applications** Unlike mechanical systems that can be easily modified, magnetic linear servos may have fixed parameters, restricting flexibility in non-standard setups.

9. **Potential for Overkill in Low-Precision Applications** For simple, low-precision tasks where traditional linear guides would suffice, the cost and complexity of a magnetic servo may not justify the investment.

10. **Warranty and Support Dependence on Mitsubishi** Long-term reliability depends on Mitsubishi s continued support, and issues may require official service channels, which could introduce delays.

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### **Conclusion**

The **Mitsubishi LP2A-09M-01F0 magnetic linear servo magnet tracks** are a superior choice for applications demanding **high precision, smooth operation, and low maintenance** in controlled environments. Their integration with Mitsubishi s automation ecosystem makes them particularly attractive for industrial settings where reliability and efficiency are critical. However, the **higher cost, specialized installation requirements, and dependency on Mitsubishi s support** may pose challenges for smaller operations or applications where simpler solutions would suffice.

If your application involves **CNC machining, robotics, high-speed automation, or force-sensitive processes**, this servo offers significant advantages. Conversely, if **budget constraints, simplicity, or non-Mitsubishi compatibility** are priorities, traditional linear actuators or ball screws may be more practical alternatives.

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### **Recommendation**

- Your application requires **high precision, repeatability, and smooth motion** (e.g., CNC milling, robotic assembly, or adaptive force control).

- You are already using **Mitsubishi servo drives and motion control systems**, ensuring seamless integration.

- Long-term **low maintenance and durability** are critical, and the initial cost is justified by operational savings.

- The environment is **clean and controlled**, minimizing risks of contamination or interference.

- Your budget is **strictly limited**, and a traditional linear guide or ball screw would meet your needs at a lower cost.

- Your team lacks **experience with Mitsubishi s motion control software**, as training and setup time may delay implementation.

- The application involves **extreme loads, high vibration, or non-standard conditions** where magnetic servos may not be optimal.

- You require **quick, off-the-shelf solutions** without extensive customization or support dependencies.

For most **high-end industrial automation projects**, the LP2A-09M-01F0 is a **strong, long-term investment** that enhances performance and reduces downtime. However, a thorough cost-benefit analysis against alternatives is advised before purchase.

Details:

Servo Motors and Drives. This comes with a 30 day right of return. Priced to Move. LOCATION: ; PA 06-02 17-1ListJE.

Changed your mind or it just does not work out. Guaranteed Working. A pelleting/crating fee may apply for very large items. Mitsubishi LP2A-09M-01F0 All Photos 9 images thumbnail to view Here is a set of 4 iron core magnetic linear motors with four matching magnet tracks.

They were used on a high speed inject printer for about year, but are basically in new condition. Used does not mean untested. We price aggressively and accept reasonable best offers. These were pulled from late model automation equipment and are in excellent functional cosmetic condition as shown.

Technical Specifications, motor type primary side: coil Mitsubishi LP2A-09M-01F0 qty 4, model LP2A-09M-01F0, thrust95n, speed 2.0m/s, voltage class200v, secondary coil lp2as series480mm length x 100mm width 4 included.

part #: lp2a09m01f0 prices

• $72.24-$299.98

specifications oelemot:

• brand: Mitsubishi
• mpn: Lp2a-09m-01f0
• part type: Servo Linear Motor
• country of origin: Japan

shipping oelemot:

• class: Standard, One-day
• cost: $137.25
• carrier: UPS
• service: UPS Ground, UPS Next Day Air
• type: Calculated
• transit: 5-8 Days

returns oelemot:

• method: Money back
• paid by: Buyer
• policy: Returns Accepted
• time: 30 Days

payments oelemot:

• credit card: Mastercard
• wallet: Google-pay
• other

seller oelemot:

• rating: 100.0%
• # reviews: 21684
• city: Laporte, Colorado

general oelemot:

• Industrial Automation Motion Controls > Electric Motors > General Purpose Motors
• condition: Used

offer oelemot:

• options: Ship-to-home
• started: May 21, 2026
• sold: 0
• availability: In Stock
• quantity: 1
• best offers: True

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