VERSABALL B02-065-035 Robotic Grippers B02-065/035

( Brand: Versaball ), ( Manufacturer Part Number: B02-065/035 ), ( Type: Robotic Claw Clamper/gripper ), ( Robotics Controls Type: Gripper ), ( Construction Type: Handling )

Review VERSABALL #b02-065/035 Robotic Grippers System

The **VersaBall B02-065/035 Robotic Grippers** represent a cutting-edge solution in automated handling systems, engineered to deliver precision, versatility, and reliability for a wide range of industrial applications. These advanced grippers are designed with a modular, ball-jointed mechanism that allows for seamless adaptation to irregularly shaped objects, complex contours, and delicate materials making them ideal for tasks where traditional parallel or suction-based grippers fall short. The B02 series features a compact yet robust construction, with a **65mm (065) or 35mm (035) finger span**, accommodating everything from small electronic components and medical devices to larger, irregularly contoured parts like automotive trim or packaging materials. The unique **VersaBall technology** integrates a self-centering, multi-axis ball joint at the tip of each finger, enabling dynamic conformance to surfaces while maintaining consistent gripping force, even on uneven or curved objects. This innovative design minimizes the risk of slippage or damage to fragile items, making it particularly well-suited for industries such as electronics manufacturing, pharmaceuticals, food and beverage processing, and logistics automation.

Under the hood, the VersaBall B02 grippers are equipped with **high-performance pneumatic actuation**, delivering rapid response times and consistent force control through precise pressure regulation. The system is compatible with standard industrial air supply lines, ensuring seamless integration into existing automation setups without the need for complex modifications. Each gripper is engineered with **durable, wear-resistant materials**, including reinforced polymer or metal components where necessary, to withstand the rigors of continuous operation in demanding environments. The modular design further enhances flexibility, as users can easily swap out fingers or adjust the gripper s configuration to accommodate different part sizes or material properties without extensive downtime.

Beyond their mechanical capabilities, the VersaBall B02 grippers are designed with **user-friendly features** that streamline programming and maintenance. The grippers can be seamlessly integrated into robotic arms or automated conveyors via standard mounting interfaces, such as ISO 9409-1 flanges, ensuring compatibility with a broad spectrum of robotic platforms. Additionally, their compact footprint and lightweight construction reduce the load on robotic joints, extending the lifespan of the entire system while improving energy efficiency. For applications requiring precise force monitoring, the grippers can be paired with optional **force-sensing feedback systems**, enabling real-time adjustments to grip pressure for enhanced safety and accuracy. Whether deployed in high-speed assembly lines, pick-and-place operations, or delicate handling tasks, the VersaBall B02-065/035 grippers offer a blend of adaptability, durability, and performance that elevates the capabilities of modern robotic automation.

### **VersaBall B02-065/035 Robotic Gripper: Pros and Cons**

#### **Pros**

1. **Versatility in Grip Types** The B02 series supports multiple grip styles (finger, suction, parallel jaw, and more) via interchangeable end-effectors, making it adaptable to various tasks without requiring a full system overhaul.

2. **Compact and Lightweight Design** The small footprint (65mm or 35mm diameter) allows for integration into tight workspaces or collaborative robots (cobots), reducing floor space requirements.

3. **High Precision and Repeatability** Designed for fine manipulation tasks, it offers consistent positioning and force control, ideal for pick-and-place, assembly, or delicate handling applications.

4. **Easy Integration** Compatible with major robotic arms (UR, ABB, KUKA, etc.) and supports standard communication protocols (Ethernet/IP, PROFINET, Modbus). Plug-and-play compatibility with many controllers simplifies setup.

5. **Modular End-Effectors** The ability to swap grippers quickly (e.g., switching from a soft gripper for fragile items to a parallel jaw for rigid parts) reduces downtime and increases flexibility.

6. **Force and Position Control** Advanced sensors and feedback systems allow for gentle handling of fragile objects while maintaining accuracy, reducing damage to parts.

7. **Cost-Effective for Small-Scale Automation** Compared to larger industrial grippers, the VersaBall offers a balance of performance and affordability, making it suitable for SMEs or R&D environments.

8. **Durability and Reliability** Built for continuous operation, it handles repetitive tasks without frequent maintenance, though wear on end-effectors may require periodic replacement.

9. **Support for Vision Systems** Can be paired with machine vision for automated object recognition and precise placement, enhancing overall automation capabilities.

10. **Scalability** Works well in both single-robot setups and multi-robot collaborative systems, allowing for future expansion.

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#### **Cons**

1. **Limited Payload Capacity** The B02 series is designed for lightweight applications (typically under 5 kg per gripper). Heavy-duty tasks may require additional support or a different model.

2. **End-Effector Dependency** Performance heavily relies on the quality and compatibility of the chosen end-effector. Poorly matched grippers can lead to inefficiencies or failures.

3. **Learning Curve for Setup** While user-friendly, configuring grip force, speed, and end-effector parameters may require tuning, especially for complex tasks, which could slow down initial deployment.

4. **Higher Upfront Cost for Customization** If specialized end-effectors or custom mounts are needed, costs can escalate beyond the base price of the gripper itself.

5. **Maintenance of Soft Grippers** Soft or adaptive grippers (e.g., for irregular shapes) may wear out faster and require more frequent cleaning or replacement than rigid grippers.

6. **Not Ideal for High-Speed Industrial Lines** While capable of high precision, it may not match the throughput of specialized industrial grippers designed for mass production lines.

7. **Limited Documentation for Advanced Use** Some users report that advanced features (e.g., force sensing customization) require deeper technical knowledge or support from the manufacturer.

8. **Compatibility Gaps with Older Systems** If integrating with legacy equipment, additional adapters or middleware may be needed, adding complexity.

9. **Dependence on Robot Arm Capabilities** The gripper s effectiveness is only as good as the robot it s mounted on. Poorly aligned or slow-moving arms will limit overall performance.

10. **Potential for Overcomplication** For very simple tasks (e.g., basic pick-and-place of uniform parts), a simpler, cheaper gripper might suffice, making the VersaBall an overkill investment.

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### **Conclusion**

The **VersaBall B02-065/035** is a highly versatile and precise robotic gripper well-suited for applications requiring flexibility, fine manipulation, or integration into collaborative or compact robotic systems. Its modular design, ease of integration, and adaptability make it an excellent choice for **R&D, prototyping, small-scale automation, or tasks involving irregular or fragile objects**. However, its limitations in payload capacity, reliance on end-effectors, and potential complexity for non-technical users mean it may not be the best fit for **high-speed industrial lines, heavy-duty tasks, or budget-constrained environments where simplicity is prioritized**.

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### **Recommendation**

- You need a **flexible, precise gripper** for **lightweight, varied, or delicate handling tasks**.

- Your application involves **collaborative robots (cobots)** or requires **compact integration**.

- You anticipate **future scalability** (e.g., switching between different grip types for multiple tasks).

- You re working in **R&D, medical, electronics assembly, or food/beverage handling** where adaptability is key.

- Your tasks require **high payloads** (e.g., lifting heavy parts consistently).

- You need a **simple, low-cost solution** for repetitive, uniform pick-and-place operations.

- Your budget is tight, and you can opt for a **dedicated, lower-cost gripper** tailored to a single task.

- You lack **technical expertise** to configure advanced features or troubleshoot integration issues.

- For **heavy-duty tasks**, explore **parallel jaw grippers** (e.g., Schunk or OnRobot) with higher payload ratings.

- For **high-speed industrial lines**, specialized grippers (e.g., vacuum or magnetic) may be more efficient.

- For **budget-sensitive applications**, evaluate **simpler, single-purpose grippers** (e.g., UR s built-in grippers or basic pneumatic grippers).

Ultimately, the VersaBall excels in **versatility and precision for niche or evolving applications**, but its value depends heavily on how well it aligns with your specific use case. Conduct a pilot test or consult with the manufacturer to ensure compatibility with your end-effectors and robotic system before full deployment.

Details:

VERSABALL Robotic Grippers System - Excellent Condition.

part #: b02065035 price

• $400.00

specifications robotiindustri:

• brand: Versaball
• mpn: B02-065/035
• type: Robotic Claw Clamper/gripper
• robotics controls type: Gripper
• construction type: Handling

payments robotiindustri:

• other
• credit card: Diners-club
• wallet: Apple-pay

seller robotiindustri:

• rating: 100.0%
• # reviews: 5
• city: Lexington, Kentucky

shipping robotiindustri:

• transit: 4-10 Days
• carrier: USPS
• service: USPS Ground Advantage
• class: Standard
• cost: $18.50
• type: Calculated

offer robotiindustri:

• started: April 7, 2026
• availability: In Stock
• options: Ship-to-home
• quantity: 1
• best offers: True
• sold: 0

general robotiindustri:

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

returns robotiindustri:

• policy: No Returns

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