Kawasaki BXP13X Articulate Robot for Pick and Place Applications

The Kawasaki BXP13X is a high-performance articulate robot engineered for heavy-duty robot pick and place operations. Featuring a maximum payload of 135 kg and an extensive reach of 2,991 mm, this 6-axis system excels in material handling, palletizing, and spot welding tasks. Its rigid yet slim arm design ensures high-density installation in complex manufacturing lines, while the hollow wrist simplifies cable management and reduces peripheral interference. Maintaining consistent uptime for this unit requires scheduled lubrication of gear reducers and periodic inspection of internal harness components.

Product Type & Category Positioning

The Kawasaki BXP13X falls under the category of large-payload, general-purpose industrial robots designed for heavy manufacturing environments. This specific articulate robot configuration is optimized for tasks requiring both high reach and significant load-bearing capacity, often serving as a primary driver for end-of-line automation. Unlike smaller collaborative or desktop robotic arms, the BXP13X provides the necessary torque and structural stability required for industrial material handling and large-scale assembly. Building on this classification, the unit is integrated into floor-mounted production cells to maximize floor space efficiency.

Technical Specifications

Model: BXP13X

Axes: 6

Max Payload: 135 kg

Max Reach: 2991 mm

Position Repeatability: ±0.06 mm

Mass: 880 kg

Mounting: Floor

Ambient Temperature: 0 - 45 °C

Relative Humidity: 35 - 85 %

Degree of Protection (Wrist): IP67

Degree of Protection (Arm): IP54

Compatible Controller: F02

Technical Highlights

The BXP13X utilizes a hollow wrist design that integrates cables and hoses directly through the arm, effectively minimizing external interference. This configuration not only simplifies the integration of complex end-effectors but also significantly facilitates off-line programming and simulation by eliminating loose cabling variables.

Moreover, the robot features a highly rigid arm structure that supports high-speed motion even when operating at maximum payload capacity. This mechanical stiffness ensures that the ±0.06 mm repeatability is maintained throughout the entire 2,991 mm reach envelope, which is critical for precision-oriented pick and place tasks.

Application Scenarios

Material Handling: The system facilitates the rapid, repeated transfer of heavy workpieces weighing up to 135 kg, reducing manual handling risks and increasing throughput by approximately 20-30% compared to traditional conveyor-based setups. Palletizing: Utilizing its extended reach, the robot covers a large palletizing area, ensuring consistent stack height and load integrity in end-of-line packaging operations. Spot Welding: The rigid arm supports heavy weld guns, providing the necessary stabilization for high-speed, multi-point welding on large automotive or structural components with minimal cycle time deviation.

Selection Recommendations

Suitable for: Heavy-duty material handling in controlled environments (payloads ≤135 kg, repeatability requirements ≥±0.06 mm, and operational temperatures between 0°C and 45°C). Not suitable for: Operations in environments with high concentrations of conductive metal dust or high-pressure washdown requirements (exceeding the IP54 arm protection rating). Selection Note: When considering this model, users should evaluate the Kawasaki BXP135X-A as a direct reference for standard performance specifications. For applications requiring different reach or payload thresholds, compare this unit against the BX130X series, which shares similar hollow-wrist architecture but features slightly different inertia profiles and payload capacities.

FAQ

1. What is the specific advantage of the 2,991 mm reach in a pick and place cell?

The extended 2,991 mm reach allows the BXP13X to serve multiple workstations or larger pallet zones from a single floor-mounted position, effectively reducing the total number of robots needed for large-scale production line layouts.

2. How does the ±0.06 mm repeatability impact my final product yield?

This precision ensures that components are placed or handled within strict tolerances, preventing mechanical misalignment and reducing defects in high-accuracy assembly lines where small deviations lead to rework.

3. Why should I choose the BXP13X over a standard 100 kg payload robot?

The 135 kg payload capacity provides a necessary safety margin for heavy end-effectors, preventing premature motor wear and maintaining high speeds during complex pick and place movements that would otherwise strain a 100 kg rated unit.

4. Can the BXP13X operate in environments with high humidity?

The robot is rated for operation in 35-85% relative humidity without dew condensation, meaning it is stable in standard factory settings but requires climate control if used in high-humidity areas to prevent electrical corrosion.

5. What is the typical lead time for spare parts like the wrist harness?

Critical spare parts for the BXP series are typically stocked in regional hubs, with standard shipping lead times of 3-5 business days for major components, though customized harnesses may require longer sourcing times.

6. Are there specific payment terms for international procurement?

International procurement generally follows a 30/70 structure: 30% deposit upon order confirmation and the remaining 70% due prior to dispatch from the factory or port.

7. Is professional site survey required before installation?

Yes, a professional site survey is recommended to verify floor integrity, as the 880 kg mass of the robot requires a reinforced mounting foundation to ensure vibration-free operation at high speeds.

8. How do I manage the warranty for exported units?

Warranty coverage is provided through the authorized regional integrator, and it is mandatory to maintain usage logs and perform manufacturer-recommended preventative maintenance to validate the claims process.

9. What is the primary difference in maintenance between the BXP13X and the BX130X?

While both share the hollow wrist design, the BXP13X’s gear reducers are optimized for the 135 kg payload profile, requiring specific grease type checks and interval adjustments compared to the BX130X.

10. Does the price include commissioning and onsite training?

Standard pricing covers the hardware and controller; however, commissioning and onsite training are billed as separate service packages that can be customized based on your engineering team’s existing experience level with Kawasaki controllers.