Advanced vibration damping technology to protect sensitive payloads and internal electronics from floor irregularities.
Principais caraterísticas e vantagens principais:
Integrated Suspension Systems: Features high-rebound polyurethane or spring-loaded mechanisms to isolate the chassis from floor impact.
Protects Sensitive Onboard Sensors: Significantly reduces high-frequency vibrations that can interfere with LiDAR and camera calibration.
Enhanced Payload Stability: Dampens the shock during floor transitions (e.g., elevators, ramps, or uneven joints) to protect fragile goods.
Acoustic Noise Reduction: Engineered to minimize decibel levels during travel, ideal for hospital, laboratory, or cleanroom environments.
Technical parameters:
Note: The parameters listed above are fully customizable. We specialize in custom spring-rate tuning, dampening coefficient adjustments, and material selection to match your robot’s specific Center of Gravity (CoG), total gross weight, and sensitive payload requirements.
Ideal For:
Sensor-Heavy AMRs: Robots equipped with expensive LiDAR, 3D cameras, and delicate IMU sensors that are sensitive to floor vibration.
Semiconductor & Electronics Transport: Moving fragile silicon wafers or PCB assemblies that can be damaged by mechanical shock.
Laboratory Automation: Transporting liquid samples, reagents, or glass vials where spilling or breakage must be prevented.
Uneven Industrial Floors: Platforms that frequently cross elevator gaps, expansion joints, or warehouse-to-office floor transitions.
Technical parameters:
Note: The parameters listed above are fully customizable. We specialize in custom spring-rate tuning, dampening coefficient adjustments, and material selection to match your robot’s specific Center of Gravity (CoG), total gross weight, and sensitive payload requirements.
Ideal For:
Sensor-Heavy AMRs: Robots equipped with expensive LiDAR, 3D cameras, and delicate IMU sensors that are sensitive to floor vibration.
Semiconductor & Electronics Transport: Moving fragile silicon wafers or PCB assemblies that can be damaged by mechanical shock.
Laboratory Automation: Transporting liquid samples, reagents, or glass vials where spilling or breakage must be prevented.
Uneven Industrial Floors: Platforms that frequently cross elevator gaps, expansion joints, or warehouse-to-office floor transitions.
These below models serve as technical baselines. We specialize in custom mounting, load ratings, and tread formulations to match your specific chassis requirements.
