electronica 2026: Protecting Sensitive Electronics, Maximizing Manufacturing Efficiency
Key Takeaways
- Improve product reliability, extend service life, minimize failure risk: RAMPF potting compounds protect electronic components from moisture, thermal cycling, mechanical stress, and signal interference.
- Produce faster with maximum precision: Automated dispensing technology increases throughput while ensuring process stability and consistently high product quality.
- Material and dispensing technology from a single source: Integrated materials, dispensing, and automation expertise ensures efficient, reliable, and cost-effective production.
Potting Compounds – Reliable Protection of Sensitive Electronics
RAMPF potting compounds protect electronic components from thermal cycling, moisture, mechanical stress, and other harsh operating conditions. By fully encapsulating sensitive electronics, they ensure long-term reliability in automotive, electric mobility, energy, and industrial applications. Available in polyurethane, epoxy, and silicone formulations, RAMPF encapsulation resins are tailored to specific application, process, and production requirements.
Customer Benefits
- Resistance to thermal cycling: High resistance to temperature fluctuations accommodates the expansion and contraction of different materials, reducing mechanical stress and minimizing the risk of damage to electric motors in industrial and e-mobility applications.
- Long-term moisture protection: Hydrolysis-resistant systems protect components from condensation, road splash, and other forms of moisture exposure, helping maintain electrical performance and long-term reliability in applications such as tire pressure monitoring systems, air supply units, and parking sensors.
- Reliable signal transmission: A low dielectric constant minimizes electromagnetic interference, helping ensure reliable sensor and electronic performance, stable vehicle functions, and fewer false alarms in sensors, antennas, and electronic control systems.
- Protection during curing: Low-stress, low-shrinkage curing minimizes mechanical loads on sensitive components, solder joints, and material interfaces during production.
Dispensing Technology – Compact Automation for Fast and Precise Processing
RAMPF dispensing systems stand for precise mixing, metering, and filling of single- and multi-component reactive plastics based on polyurethane, epoxy, and silicone. From compact mixing and dosing systems to high-performance industrial units, the technology combines process accuracy, stability, and efficiency to ensure consistent product quality.
Highlight at electronica 2026: Multifunctional Cell DC-CNC 500
Designed for space-constrained series production, the Multifunctional Cell MC-CNC 500 combines flexibility, scalability, and automation in a single platform. Manufacturers can integrate dispensing and additional production processes to increase efficiency while minimizing footprint.
Customer Benefits
- Maximum flexibility for changing production requirements: Modular design, variable cell sizes, and configurable equipment allow the system to be tailored to specific applications and adapted as production needs evolve.
- High automation performance in a compact footprint: Dosing, assembly, testing, and optional plasma surface activation can be integrated into a space-saving automation solution, making efficient use of valuable factory floor space.
- Faster implementation and reduced production costs: The modular concept enables quick setup and commissioning, helping manufacturers accelerate production ramp-up and reduce downtime.
- Seamless integration into existing manufacturing environments: Available as a stand-alone solution or as part of a production line, with Beckhoff or Siemens controls and support for a wide range of dispensing technologies and materials.
Visit RAMPF at electronica in Munich from November 10 to 13 – Booth A5.324!
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Press contact: Benjamin Schicker pr@rampf-group.com