KUKA 1301195 Cybertech Robot Motion Control KR16-R2010 KRC4

( Brand: Kuka ), ( Manufacturer Part Number: 1301195 ), ( Model: KR16-R2010 ), ( Type: Kuka Kr16 R2010 ), ( Arm Reach: 2013 Mm ), ( Robotics Controls Type: Krc4 ), ( Country Of Origin: Germany )

Review KUKA Cybertech Complete Robot System Motion Control

The **KUKA KR16 R2010 with Cybertech Motion Control and KRC4 controller (Part Number: 1301195)** is a high-performance, six-axis industrial robot designed for precision-driven automation across a wide range of manufacturing, assembly, and material handling applications. Part of KUKA s renowned **KR Series**, this articulated robot combines robust mechanical engineering with cutting-edge motion control technology to deliver unmatched accuracy, repeatability, and efficiency in dynamic production environments. The **KR16** model, with its **16 kg payload capacity**, strikes an ideal balance between strength and maneuverability, making it well-suited for tasks such as welding, palletizing, pick-and-place operations, and complex assembly processes where dexterity and reliability are critical. Its **R2010 reach of 2,010 mm** extends operational flexibility, allowing it to access hard-to-reach areas while maintaining smooth, controlled movements even at the limits of its workspace.

At the heart of this robot s advanced functionality lies the **KRC4 controller**, a state-of-the-art motion control system engineered to optimize performance, reduce downtime, and enhance integration with modern Industry 4.0 ecosystems. The **Cybertech motion control** architecture embedded within the KRC4 ensures ultra-fast processing, precise trajectory planning, and seamless synchronization with peripheral devices, such as vision systems, force sensors, or collaborative robots. This controller supports **high-speed motion profiles**, enabling the KR16 to execute complex tasks with minimal cycle times while maintaining sub-millimeter repeatability ideal for applications requiring fine motor control, such as screwdriving, deburring, or precision machining. Additionally, the KRC4 s **open architecture** facilitates easy programming via KUKA s intuitive **KPP (KUKA Programming Platform)** or third-party software, allowing engineers to develop and fine-tune robotics applications with minimal downtime.

The **KR16 R2010** is built to withstand the rigors of industrial environments, featuring a **compact yet sturdy mechanical design** with high-torque servo motors and reinforced joints that ensure durability even under continuous operation. Its **IP67-rated protection** against dust and water ingress further enhances reliability in harsh manufacturing settings, while the **low-maintenance design** minimizes wear and tear, reducing operational costs over the robot s lifespan. The system s **energy-efficient servo drives** and **regenerative braking** capabilities also contribute to sustainable operation, lowering power consumption without compromising performance. Whether deployed in automotive assembly lines, electronics manufacturing, or logistics centers, this robot excels in environments where **speed, precision, and adaptability** are non-negotiable.

For businesses investing in **smart automation**, the **KRC4 controller** serves as a gateway to advanced digitalization, offering **OPC UA, Ethernet/IP, and PROFINET** connectivity for seamless integration with enterprise resource planning (ERP) systems, supervisory control and data acquisition (SCADA) platforms, and cloud-based analytics. This level of interoperability enables real-time monitoring, predictive maintenance, and remote diagnostics, empowering manufacturers to optimize productivity while reducing unplanned downtime. The **KUKA Robotics Framework (KRF)** and **KUKA.SmartPath** further enhance flexibility, allowing for **offline programming (OLP)** and **collaborative robotics (cobot) setups**, where human workers can safely operate alongside the robot in shared workspaces. With its **modular expandability**, the KR16 can be easily retrofitted with additional axes, force/torque sensors, or specialized end-effectors to accommodate evolving production demands.

In summary, the **KUKA KR16 R2010 with Cybertech motion control and KRC4 controller (1301195)** represents a pinnacle of industrial robotics engineering combining **unmatched precision, adaptability, and connectivity** to drive efficiency in modern manufacturing. Whether deployed in high-volume production lines or precision-driven applications, this robot delivers **consistent performance, minimal maintenance, and future-proof scalability**, making it an indispensable asset for companies seeking to automate with confidence. Its **proven reliability, advanced motion control, and Industry 4.0 readiness** ensure that it remains a cornerstone of smart manufacturing for years to come.

### **Pros and Cons of Buying a KUKA KR16-2 R2010 with KRC4 Motion Control (CyberTech Version, Serial Number 1301195)**

#### **Pros**

1. **Proven Reliability and Durability**

The KUKA KR16-2 is a well-established industrial robot known for its robust construction and long operational lifespan. KUKA robots are widely used in manufacturing, assembly, and material handling, with a strong track record of reliability in harsh environments. The R2010 series, in particular, was designed for high-performance applications, offering smooth motion and precise control.

2. **High Payload Capacity and Reach**

With a **16 kg payload** and a **2.01 m reach**, this robot is suitable for heavy-duty tasks such as palletizing, welding, deburring, and material handling. Its articulated design allows for flexibility in workspace coverage, making it versatile for various applications.

3. **KRC4 Motion Controller (CyberTech Version)**

The KRC4 is a robust, industrial-grade controller that supports advanced motion control, safety features, and integration with PLCs and higher-level systems. The CyberTech version is optimized for real-time performance, making it ideal for complex automation tasks. It also supports **KUKA.SmartPAD** for remote programming and monitoring, which can improve efficiency.

4. **Compatibility with KUKA s Software Ecosystem**

The robot integrates seamlessly with **KUKA.SmartPad**, **KUKA.Optimize**, and **KUKA.Sim for Robotics** (for offline programming). This allows for efficient programming, simulation, and optimization of robotic workflows, reducing downtime and improving productivity.

5. **Resale Value and Market Demand**

KUKA robots, especially mid-range models like the KR16-2, retain decent resale value due to their reputation for durability. There is still a demand for used KUKA robots in industries where reliability is critical, making this a potentially sound long-term investment.

6. **Energy Efficiency and Low Maintenance Costs**

KUKA robots are designed for efficiency, consuming less energy compared to some competitors. The KR16-2 s servo-driven joints and optimized motion profiles contribute to lower operational costs. Additionally, KUKA s maintenance programs and availability of spare parts ensure that repairs and servicing remain manageable.

7. **Safety Features**

The KRC4 supports **KUKA s safety-certified functions**, including speed and separate monitoring (SSM), hand guiding, and collision avoidance. This makes the robot suitable for collaborative or semi-collaborative applications where safety is a priority.

8. **Global Support and Aftermarket Availability**

KUKA, now part of Linde Group, maintains a strong aftermarket support network with authorized service providers worldwide. This ensures that parts, software updates, and technical assistance are readily available, even for older models.

---

#### **Cons**

1. **Age of the Model (R2010 Series)**

The **KR16-2 R2010** is an older generation robot (introduced in the late 2000s/early 2010s). While it remains functional, it lacks some of the advanced features found in newer models, such as:

- **Higher-speed motion profiles** (newer KUKA models support faster cycle times).

- **Enhanced collision detection and safety** (modern robots integrate better force/torque sensing).

- **Cloud and IoT connectivity** (newer KUKA robots support remote monitoring and predictive maintenance via KUKA.SmartFactory).

- **Improved energy efficiency** (newer motors and drives consume less power).

2. **Potential for Wear and Tear**

At ** 15 years old (assuming the serial number 1301195 corresponds to a 2009-2010 model)**, the robot may have accumulated some wear in its joints, cables, or internal components. A thorough **pre-purchase inspection** by a KUKA-certified technician is **essential** to assess:

- **Joint lubrication and wear** (ball screws, bearings).

- **Motor and drive health** (servo amplifiers, cables).

- **Controller and software compatibility** (KRC4 firmware may need updates).

- **Structural integrity** (welds, frame, hydraulic lines if applicable).

3. **Software and Firmware Limitations**

The **KRC4 controller** is functional but may not support the latest versions of KUKA s software. Some modern applications (e.g., advanced path optimization, AI-assisted programming) require newer controllers like the **KRC2 or KRC4 with updated firmware**. Retrofitting may be necessary, adding to costs.

4. **Higher Initial Cost Compared to Newer Alternatives**

- **Potential refurbishment costs** (if the robot needs major repairs).

- **Training costs** (if operators are unfamiliar with KUKA s programming environment).

- **Compatibility with modern PLCs and SCADA systems** (older robots may require interfaces).

5. **Limited Availability of Spare Parts for Older Models**

While KUKA still supports older models, **some components (e.g., specific servo motors, cables, or sensors) may be harder to source** compared to newer robots. This could lead to longer downtimes if critical parts fail.

6. **Integration Challenges with Modern Systems**

If the robot is being integrated into a **new automation line with modern PLCs (e.g., Siemens TIA Portal, Allen-Bradley), Ethernet/IP, or cloud-based systems**, compatibility may require additional programming or adapters. Older KUKA robots rely more on **PROFIBUS or K-Bus**, which may not be as seamless as newer Ethernet-based communications.

7. **Depreciation Risk**

While KUKA robots hold value, the **depreciation rate** for a 15-year-old model is higher than for a newer one. If the robot is purchased for a **short-term project**, the resale value may not justify the initial investment.

8. **Potential for Hidden Defects**

Without a **detailed service history** or **factory refurbishment**, there is a risk of **undisclosed mechanical or electrical issues**. Common problems in older KUKA robots include:

- **Worn ball screws** (leading to backlash or inaccurate positioning).

- **Faulty servo amplifiers** (causing jerky motion or overheating).

- **Corroded or damaged cables** (especially in harsh environments).

- **Software glitches** (e.g., KRC4 freezing or requiring frequent resets).

---

### **Key Considerations Before Purchase**

1. **Inspection and Testing**

- **Joint movement smoothness** (no grinding or resistance).

- **Motor and drive functionality** (test each axis independently).

- **Controller health** (check KRC4 for errors, update firmware if needed).

- **End-of-arm tooling (EOAT) condition** (if included).

- **Run a test cycle** to ensure the robot moves accurately and safely.

2. **Service History and Maintenance Records**

- **Lubrication schedules** (critical for joint longevity).

- **Previous repairs** (especially electrical or hydraulic work).

- **Spare parts inventory** (available for critical components).

3. **Compatibility with Your Workspace**

- Verify that the **robot s reach and payload** match your application.

- Ensure the **control cabinet and wiring** are compatible with your facility s electrical setup.

- Confirm **safety certifications** (if working near humans or hazardous materials).

4. **Training and Support**

- Assess whether your team has **experience with KUKA robots** or if additional training is needed.

- Confirm that **KUKA s support team** is available for troubleshooting (some older models may have limited support).

5. **Cost-Benefit Analysis**

- Compare the **purchase price** against the **cost of refurbishment, programming, and integration**.

- Calculate the **expected lifespan** of the robot in your application (e.g., 5-10 years for heavy-duty use).

- Consider whether a **newer used robot (e.g., KR16-2 R3000 or later)** would offer better long-term value.

---

### **Conclusion and Recommendation**

#### **When to Buy This Robot**

- You need a **high-payload, reliable robot** for **heavy-duty tasks** (e.g., palletizing, welding, material handling) where cost is a primary concern.

- Your **application does not require cutting-edge features** (e.g., ultra-fast motion, advanced collision avoidance, or cloud integration).

- You have **budget for a thorough inspection and potential refurbishment** (e.g., joint lubrication, motor replacement, software updates).

- The robot is **already integrated into your system** (e.g., replacing a failed unit), and you want to avoid downtime.

- You can **source spare parts easily** and have access to KUKA s

Details:

Robot system is perfectly mastered and calibrated. Does not include motion control software. Perfect for a variety of applications, this robot system combines precision, reliability, and advanced technology to help automate streamline industrial processes. The KUKA KR16 R2010 CyberTech is a complete robot system with the KRC4 motion control, designed for industrial automation and control tasks.

This is a complete Kuka Motion Control System used in studio only for product film production. It is in brand new condition and comes complete with KRC4 controller rolling base. Made by the reputable brand KUKA in Germany, this robot arm boasts an impressive reach of 2013mm and a payload 16 kg. Happy to answer any questions.

Can discuss options if needed. Turnkey system.

part #: 1301195 prices

• $14399.95-$27750.00

specifications robotiindustri:

• brand: Kuka
• mpn: 1301195
• model: Kr16-r2010
• type: Kuka Kr16 R2010
• arm reach: 2013 Mm
• robotics controls type: Krc4
• country of origin: Germany

offer robotiindustri:

• quantity: 1
• sold: 0
• started: March 21, 2026
• availability: In Stock
• best offers: True
• options: Seller-arranged-local-pickup

returns robotiindustri:

• policy: No Returns

shipping robotiindustri:

seller robotiindustri:

• city: Fairview, Pennsylvania
• # reviews: 589
• rating: 100.0%

payments robotiindustri:

• credit card: Diners-club
• wire transfer
• other
• wallet: Google-pay

general robotiindustri:

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

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