The balance cylinder of the Nailit Robot combines high-precision response, strong load capacity, and energy-saving design. With dynamic adjustment, fast closed-loop control, and compact structure, it is highly favored by domestic robot companies. Its superior environmental adaptability and safety redundancy design can cope with complex working conditions, ensuring stable and reliable operation of the robot. At present, this product has been purchased in bulk by multiple domestic robot companies and widely used in industrial robotic arms, humanoid robots, and high-altitude work platforms, significantly improving equipment performance and reducing energy consumption.
The balance cylinder of the Nailit Robot has the following characteristics:
1. High precision and fast response
Dynamic adjustment: By detecting the robot's posture (such as inclination and acceleration) in real-time, the cylinder pressure or displacement can be quickly adjusted to maintain balance.
Closed loop control: usually integrated with sensors (such as IMU, pressure sensors) and control systems to achieve millisecond level response.
2. High load capacity
High thrust output: Hydraulic balance cylinders can withstand extremely high loads (such as industrial robots or heavy robotic arms), while pneumatic cylinders are suitable for lightweight scenarios.
Strong stability: It can maintain stability through pressure compensation when sudden external forces or load changes occur.
3. Compact and lightweight structure
Integrated design: Balancing cylinders are often integrated with joint or connecting rod structures to reduce space occupation.
Material optimization: Using aluminum alloy or composite materials to reduce weight, suitable for mobile robots.
4. Energy saving and efficiency
Energy recovery: Some systems can store energy during descent or deceleration (such as energy storage devices).
Low friction design: reduces internal losses and improves energy efficiency (such as using sealing technology or low resistance materials).
5. Environmental adaptability
Durable under harsh conditions: Designed to be dust-proof and waterproof (IP grade), suitable for high, low, or corrosive environments.
Impact resistance: suitable for bumpy working conditions of mobile robots (such as legged robots).
6. Security redundancy
Failure protection: In case of power outage or leakage, mechanical locking or backup energy can be used to prevent loss of control.
Overload protection: Pressure valves or sensors prevent overpressure damage.
7. Low maintenance requirements
Long life design: Wear resistant seals and lubrication free structures (such as self-lubricating bearings) reduce maintenance frequency.
Modular replacement: It can be quickly disassembled and repaired in case of malfunction.
8. Multi modal applications
Active/Passive Switching: Switch to active power source or passive damping mode according to task requirements.
Programmable control: Adjust parameters (such as stiffness and damping) through software to adapt to different scenarios.
Recommended application scenarios
Humanoid robot: maintains walking or standing balance.
Industrial robotic arm: offsets gravity loads and reduces motor power consumption.
High altitude work platform: prevent overturning.
Medical rehabilitation robot: provides stable support.
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Nailit Technology continues to empower domestic robots with innovative technology and excellent quality, helping enterprises overcome technological bottlenecks and seize market opportunities. Choosing Nailit means choosing efficiency, stability, and long-term trust! Endurance Nitrogen Spring is a brand under Dongguan Tengfei Hardware Mold Co., Ltd. It is a technology-based enterprise specializing in the research and development, production, sales, service, and integration of nitrogen springs. Its products have passed multiple national patents and EU certifications, and are exported to many countries and regions around the world. Please feel free to contact Ms. Zhou email:sales@nailitspring.com
