Electronics may not always be visible, but they perform critical functions in countless products used every day—often in wet, dusty, or otherwise harsh environments. In highly sensitive applications such as medical devices, electronic components must meet extreme standards for quality and reliability, where failure is not an option. To ensure long-term performance, these components must be effectively protected from external influences through encapsulation.
Casting (or potting) is the preferred method for encapsulating electronic components such as wound spools, sensors, connectors, PCBs, and LEDs. Materials including silicones, polyurethanes, and epoxies are precisely metered to fill enclosures or coat surfaces, creating a durable barrier against moisture, dust, dirt, and mechanical shock.
Depending on formulation, casting materials can also enhance electrical properties such as conductivity or heat dissipation. Achieving consistent results requires exact material quantities, accurate placement, and repeatable timing—making quality and process reliability essential. As productivity and quality expectations continue to rise, manufacturers increasingly rely on advanced dispensing equipment and integrated quality control.
Kirkco offers a broad range of systems for processing liquid multi-component materials used in casting and encapsulation, designed to meet specific manufacturing environments and local requirements.
High-quality casting depends on precision dispensing combined with vacuum technology, particularly for components with narrow gaps, tight bores, or complex geometries. Kirkco provides vacuum chambers in multiple sizes and configurations—ranging from manual operation to fully integrated handling systems. When paired with custom meter, mix, and dispense solutions, these systems significantly improve encapsulation quality and consistency.
From manual setups to fully automated robotic cells with integrated process control, Kirkco supports manufacturers with scalable solutions, service, and parts availability—working closely with leading material suppliers to optimize processes and develop new market solutions.
Key Benefits
Robust 1K and 2K processing equipment for demanding production environments
Innovative solutions that reduce material waste, increase productivity, and support sustainability
This Application Architecture defines a standardized, NDA-safe framework for engineered dispensing, metering, and encapsulation systems aligned to production-critical manufacturing environments. The architecture establishes process intent, quality drivers, and system boundaries without exposing IP.
Applications governed by this architecture demand repeatability, reliability, and risk reduction. Quality outcomes depend on controlled material delivery and stable automation.
The process requires precise metered dispensing, repeatable positioning, and integration with surrounding operations.
Materials may include multi-component epoxies or filled systems requiring viscosity and temperature control.
The architecture is built around precision metering, application-specific dispensing hardware, and scalable automation.
Automation synchronizes motion control, metering, and validation checkpoints with traceability support.
Outcomes include improved shot accuracy, reduced scrap, and predictable throughput.
Support includes validation, commissioning, optimization, and future scalability planning.
Have a process challenge that cannot be solved with off-the-shelf equipment?
Dispense & Regulate
1K & 2K Systems
