MICAS Series
Micro Assembly Solutions
MICAS 500 – Compact and Flexible Assembly Platform
Introducing IIN MICAS 500 – the new standard for small parts assembly automation.
Engineered for performance-critical environments, IIN MICAS 500 offers the smallest footprint while delivering the highest level of accuracy and speed. Integrated artificial intelligence optimizes processes to enhance productivity and operational efficiency.
Built for integration. Designed for scalability.

IIN MICAS 500 Platform is a modular, intelligent automation solution designed for small to medium production series and serves as the foundation for IIN’s broader production automation solutions. It combines high precision, compact design, and AI-driven process optimization to deliver unmatched adaptability and performance.
The modular structure supports rapid reconfiguration, product changes, and reuse of components, enabling lifecycle thinking and sustainable automation. MICAS 500 is also energy-efficient and built for long-term operation, aligning with responsible production goals and circular economy principles.
Designed for industries such as industrial electronics, medical devices, and precision mechanics, MICAS 500 responds to the growing demand for smart, scalable, and future-ready automation. Built to adapt, MICAS supports various applications from lateral flow assembly to liquid handling to pick-and-place and automatic tool change.
With offices in Finland (Oulu and Espoo) and the USA (Boston), as well as a network of trusted partners, IIN Group supports MICAS 500 with a full-service model: remote monitoring, predictive maintenance, and continuous software updates. This ensures long-term adaptability and seamless scalability as production needs evolve.
RapidPro
MICAS RapidPro extends the MICAS Series into dedicated lateral flow test manufacturing. It is configured to coordinate multiple assembly stages in a controlled and repeatable workflow suited for delicate strip based products. Built on the modular MICAS architecture, RapidPro enables reliable production while allowing process adjustments and configuration changes as product requirements evolve.
