Robotics

Shock & Impact Protection

Robotics Solutions

Shock and impact management in robotics is vital for maintaining the integrity and performance of robotic components, safeguarding them against mechanical stress and damage. Effective shock and impact solutions not only protect the robot’s functionality but also enhance its durability and longevity, ensuring consistent and reliable operation in various environments.

Electronic Systems

Electronic Systems

Sensor Encapsulation Components

Requirements

  • Shock protection and vibration damping to ensure precise sensor function.
  • Block contaminants and moisture to preserve the integrity of sensors.

Solutions

  • Process: Elastomer Moulding;   Materials: Silicone, Urethane, EPDM, Natural Rubber

Battery Pack

Battery Compartment Gaskets

Padding Components

Requirements

  • Protective padding around battery cells to absorb shocks and vibrations during use, transport, or impacts
  • Lightweight with strong compression resistance, minimal long-term deformation, and resilience
  • Fire-retardant, thermally stable, and resistant to temperature fluctuations and chemicals without significant degradation

Solutions

  • Process: Elastomer Moulding;   Materials: Silicone, EPDM
  • Process: Die-cut;   Materials: Microcellular PU, Silicone, EPDM

Locomotion Parts

Traction-enhancing pads for ground-contact elements

Requirements

  • Absorb impact energy and dampen vibrations to reduce stress on structural components and improve stability
  • Flexible with high coefficient of friction, and excellent wear, chemical and UV resistance
  • Excellent shock absorption with high compression recovery

Solutions

  • Process: Elastomer Moulding;   Materials: Urethane, NBR, CR
  • Process: Die-cut;   Materials: Urethane, NBR, CR