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Medical Care Bed
Embodied Intelligence for Special‑Scenario Operations
Typical applications include firefighting and rescue, inspection, operations in extreme environments, and hazardous-area exploration.
Engineered for harsh environments to deliver sustained, powerful, and reliable joint actuation.
▪ High Environmental Adaptability: Dust- and water-resistant, with excellent resistance to extreme temperatures and corrosion.
▪ High Strength and Impact Resistance: Engineered to withstand drops, collisions, vibration, and sudden impact loads.
▪ High Torque Density: Delivers greater power within a compact, lightweight design.
▪ High Overload Capacity: Handles climbing, obstacle negotiation, load carrying, and sudden resistance.
▪ Fail-Safe Protection: Features braking, thermal and overload protection, as well as real-time condition monitoring.
▪ Reliable Continuous Operation: Sealed lubrication and a low-maintenance design help minimize downtime in demanding environments.
All-Weather Adaptability / High Impact Resistance / High Overload Capacity / High Reliability / Safety Redundancy
Embodied Intelligence for Household Use
Typical applications include home service robots, companion robots, household-assistance robots, and elderly-care devices.
Making every robotic movement safer, quieter, and more natural.
▪ Safe and Compliant Motion: Supports force control, collision detection, and compliant control to reduce risks during human–robot interaction.
▪ Quiet Operation: Minimizes operating noise from motors, gearboxes, and transmission systems.
▪ Smooth Motion: Low torque ripple and minimal backlash enable fluid, natural movements without abrupt changes.
▪ Lightweight and Compact: Reduces the robot’s overall size and weight, improving adaptability to residential environments.
▪ Low Power Consumption: Extends operating time while reducing heat generation and charging frequency.
▪ Long Service Life and Minimal Maintenance: Designed for long-term household use with lower maintenance requirements.
▪ Design-Friendly Integration: A highly integrated design enables cleaner, more streamlined robot appearances.
Safe and Compliant Motion / Quiet Operation / Lightweight and Compact / Low Power Consumption / Natural Interaction
Embodied Intelligence for Commercial Services
Typical applications include robots used in hotels, shopping malls, exhibition venues, hospitals, restaurants, and public-service environments.
Reliable, quiet, and easy-to-maintain joint actuation for high-frequency commercial operations.
▪ High-Frequency Continuous Operation: Designed for extended operating hours and frequent repetitive movements.
▪ Stable and Durable: Reduces failure rates and downtime in commercial operations.
▪ Quiet and Smooth: Enhances the user experience in hotels, hospitals, exhibition venues, and other public environments.
▪ Safe Interaction: Supports collision detection, torque limiting, and compliant control.
▪ Modular Design: Standardized interfaces enable rapid integration across different robot platforms.
▪ Easy to Maintain and Replace: Simplifies on-site servicing and reduces operation and maintenance costs.
▪ Condition Monitoring: Supports temperature, current, and position monitoring, as well as abnormal-condition diagnostics.
▪ High Consistency: Ensures consistent motion performance and product quality across volume production.
Continuous Operation / Stable and Durable / Quiet and Smooth / Rapid Integration / Easy Maintenance
Embodied Intelligence for Industry
Typical applications include industrial humanoid robots, collaborative robots, flexible manufacturing, material handling, assembly, and inspection.
Driving greater efficiency in flexible manufacturing through precise, powerful, and stable joint actuation.
▪ High-Precision Control: Ensures accuracy in assembly, gripping, and manipulation tasks.
▪ High Repeatability: Maintains stable and consistent positioning throughout extended repetitive operations.
▪ High Rigidity and Low Backlash: Enhances end-effector stability and trajectory control.
▪ High Torque Density: Meets the demands of material handling, assembly, and heavy-load operations.
▪ High ynamic Response: Enables rapid starts and stops, accurate trajectory tracking, and smooth motion transitions.
▪ Thermal Stability: Minimizes the impact of heat buildup on precision and service life during continuous high-load operation.
▪ Long Service Life: Designed for high-frequency, continuous production cycles in industrial environments.
▪ Industrial Communication Compatibility: Enables easy integration with controllers, encoders, and industrial fieldbus systems.
High Precision / High Rigidity / High Dynamic Response / High Torque Density / Long Service Life
▪ Extreme operating temperature: -40°C to 70°C. In low-temperature environments, joint friction will increase significantly; in high-temperature environments, an over‑temperature alarm may be triggered, activating shutdown protection.
▪ Typical operating temperature: -10°C to 45°C, recommended for normal service conditions.
▪ Storage temperature: -30°C to 60°C, suitable for long-term storage.
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