GHC GHR-15 Linear Single Axis Robot Thrust 90N 100/200V 900MM

( Brand: Ghc ), ( Manufacturer Part Number: GHR-15 ), ( Part Type: Linear Robot )

Review GHC Linear Single Axis Robot 90n Thrust 100/200v 900mm Stroke

The **GHC GHR-15 Linear Single-Axis Robot** is a high-performance, precision-engineered robotic actuator designed for dynamic industrial automation, material handling, and custom manufacturing applications. This compact yet robust linear robot delivers **90N of thrust** across a **900mm stroke length**, making it ideal for tasks requiring smooth, repeatable motion with exceptional accuracy. Built with a **single-axis linear rail system**, the GHR-15 ensures minimal friction and wear, while its **high-efficiency servo motor** operating at **100V or 200V** provides seamless control over speed, acceleration, and positioning. The system integrates seamlessly with PLCs, CNC machines, and robotic controllers, offering **open-loop or closed-loop** operation for applications ranging from pick-and-place systems to automated assembly lines. Its lightweight yet durable construction, featuring high-grade aluminum profiles and precision ball screws, ensures long-term reliability under continuous operation. The GHR-15 is engineered for versatility, accommodating custom payloads through modular mounting options and adaptable end-effectors, while its **IP54-rated enclosure** protects against dust and moisture, making it suitable for both cleanroom and industrial environments. Whether deployed in logistics, packaging, or specialized manufacturing, this linear robot delivers **consistent performance, energy efficiency, and scalability**, making it a cost-effective solution for automating repetitive linear motion tasks with precision and reliability.

### **Pros and Cons of buying a GHC GHR-15 Linear Single-Axis Robot (90N Thrust, 100/200V, 900mm)**

#### **Pros**

1. **High Thrust-to-Weight Ratio** The 90N thrust capability makes it suitable for applications requiring moderate force, such as pick-and-place tasks, light material handling, or testing systems. This level of power is often sufficient for small-scale automation or educational projects.

2. **Compact and Precise Design** With a 900mm stroke length, it is relatively compact for its thrust capacity, making it suitable for installations where space is limited. The linear motion ensures precise positioning, which is beneficial for tasks requiring accuracy.

3. **Dual Voltage Compatibility (100V/200V)** The ability to operate on both 100V and 200V power supplies provides flexibility in different electrical environments, reducing the need for additional voltage converters in some setups.

4. **Potential for Customization** Linear robots like this are often modular, allowing for integration with sensors, controllers, or additional actuators depending on the application. This makes it adaptable for research, prototyping, or small-scale industrial use.

5. **Cost-Effective for Small-Scale Use** Compared to larger industrial robots or multi-axis systems, this single-axis linear robot is likely more affordable, making it a practical choice for hobbyists, students, or small businesses with limited budgets.

6. **Ease of Integration with Control Systems** Many linear actuators can be interfaced with PLCs, Arduino, Raspberry Pi, or dedicated robot controllers, allowing for programmable motion control. This makes it accessible for those with basic programming skills.

7. **Durability for Light-Duty Applications** If used within its specified load limits, the robot should provide reliable performance for repetitive tasks without excessive wear, provided it is properly maintained.

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#### **Cons**

1. **Single-Axis Limitation** Being a single-axis linear robot, it lacks the versatility of multi-axis systems. Complex tasks requiring movement in multiple planes (e.g., 3D pick-and-place) would require additional actuators or a different robotic arm.

2. **Limited Load Capacity** The 90N thrust translates to roughly **9.2 kg (20 lbs) of force**, which may be insufficient for heavy-duty applications. Overloading the robot can lead to mechanical stress, reduced lifespan, or failure.

3. **Precision Dependence on Mounting** Achieving high accuracy requires a stable and properly aligned mounting surface. Poor installation can introduce vibrations or misalignment, reducing performance.

4. **No Built-In Safety Features** Unlike industrial robots, this model may lack built-in safety mechanisms such as emergency stops, collision detection, or force limiting. Additional safety measures may be required for unsupervised operation.

5. **Maintenance Requirements** Like any mechanical system, it will require periodic lubrication, inspection of belts/pulleys (if applicable), and potential calibration to maintain optimal performance. Neglecting maintenance can lead to reduced efficiency or breakdowns.

6. **Limited Manufacturer Support** Depending on the brand (GHC), support for troubleshooting, spare parts, or software updates may be limited compared to well-established industrial robot manufacturers. This could be a concern for long-term reliability.

7. **Power Consumption** The 100/200V requirement suggests relatively high power draw, which may not be ideal for battery-powered or low-power applications. Users must ensure their power supply can handle the load without fluctuations.

8. **Potential for Wear Over Time** Continuous use, especially with heavy loads or rapid cycles, can lead to wear on the motor, gears, or linear guides. Replacement parts may not always be readily available.

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### **Ending Conclusion**

The **GHC GHR-15 linear single-axis robot** is a **practical choice for applications requiring precise, moderate-force linear motion** within its specified limits. It excels in **small-scale automation, educational projects, light material handling, or testing systems** where space and cost are concerns. However, it is **not suitable for heavy-duty, multi-axis, or high-precision industrial applications** without significant modifications or additional hardware.

For users who need **only linear movement, cost efficiency, and moderate force**, this robot can be a **good investment** if properly integrated and maintained. Those requiring **higher loads, multi-axis movement, or advanced safety features** would be better served by a **multi-axis robotic arm, SCARA robot, or a more robust linear system**.

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### **Recommendation**

- You need a **single-axis linear actuator** for tasks like pick-and-place, light testing, or prototyping.

- Your application involves **moderate loads (under 9.2 kg of force)** and requires **precise linear motion**.

- You have **basic mechanical and electrical setup skills** to integrate it with your control system.

- Budget is a **primary concern**, and you prioritize **cost-effectiveness over advanced features**.

- You require **multi-axis movement** (consider a SCARA or delta robot instead).

- Your application involves **heavy loads** (evaluate a higher-thrust or multi-axis system).

- You need **industrial-grade safety, repeatability, or long-term warranty support**.

- You lack **experience with robotics integration** and require extensive technical assistance.

- **For multi-axis needs:** GHR-15 series with additional axes or a **small SCARA robot** (e.g., UR5e, ABB IRB 140).

- **For higher loads:** A **hydraulic or pneumatic linear actuator** or a **heavy-duty servo-driven system**.

- **For educational use:** A **pre-assembled robotic arm kit** (e.g., Arduino-based or Raspberry Pi-controlled).

If you proceed with this purchase, **thoroughly test it under your intended load conditions** and ensure proper mounting to avoid premature wear. Pair it with a **reliable controller** (e.g., Arduino, PLC, or dedicated robotics software) to maximize its utility.

Details:

This is a surplus item. Specifications: model #: GHR-15. Max Speed: 3m/s. If you do not have an account No Worries.

Max Acceleration: 3.5G. Current: 0.51A.

part #: ghr15 price

• $750.00

specifications robotiindustri:

• brand: Ghc
• mpn: Ghr-15
• part type: Linear Robot

general robotiindustri:

• condition: Used
• Business Industrial > Industrial Automation Motion Controls > Industrial Robotic Arms

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• # reviews: 43844
• city: Osseo, Minnesota
• rating: 100.0%

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• started: February 25, 2026