In the electric vehicle, battery, solar panel, and renewable energy industries, precise dispensing processes are crucial for achieving reliable, high-performance bonding. Applications such as potting, sealing, and insulation help protect sensitive electronic components in solar modules, wind turbines, and energy storage systems from moisture, dust, and temperature fluctuations.

Precision Dispensing Ensures Durability and Safety

These processes not only enhance safety but also extend the service life of each component, ensuring equipment remains efficient and reliable under harsh environmental conditions.

Why is Custom Dispensing Crucial for Electric Vehicles and Energy Storage?

marco systems provides tailored, high-efficiency dispensing solutions to support various applications such as potting, sealing, and insulation, improving product durability and safety in harsh environments.

• Silicone sealing is used for edge dispensing in fuel cell production to prevent environmental impact.

• Hot melt adhesives are utilized for the secure bonding of components, providing strong adhesion and ensuring structural integrity in high-performance applications.

• Thermal Interface Materials (TIM) enable efficient heat dissipation and management to prevent sensitive components from overheating.

• Anode and cathode ink dispensing allows for precise material deposition in battery production to achieve optimal energy storage and transfer.

• Silicone sealants are used to protect circuits, shielding sensitive electronic components from moisture, dust, and temperature variations.

• Jet dispensing of ionic fluids for battery manufacturing ensures precise and uniform material distribution during battery assembly.

• Metal wire bonding is used for the secure assembly of solar cell modules.

• Epoxy silver paste dispensing enables reliable electrical interconnection.

MultiHead Composed of SJet Valves on the Marc2 Gantry System

Every dispensing application is unique – marco systems can provide tailored solutions.

These applications help manufacturers in the fields of electric vehicles, batteries, solar panels and renewable energy systems meet high standards of durability and efficiency, which is crucial for achieving sustainability and longevity.