Turning Farm Produce into Future Foods
Engineering the Future of Food Processing
At Rance FPS, we deliver the world’s leading food processing and automation technologies to India—providing end-to-end solutions that help food businesses scale smarter, faster, and more sustainably.
We seamlessly bridge global engineering excellence with deep Indian market expertise, supporting customers across the entire value chain—from process design and engineering scale-up to intelligent automation and digital manufacturing.
Backed by over three decades of combined leadership experience, the Rance FPS management team has consistently driven innovation in food processing and healthcare through world-class technologies and customized process solutions.
Through strong global partnerships and proven technical know-how, we build future-ready processing lines that maximize efficiency, capacity, and profitability, while maintaining a strong commitment to environmental sustainability.
Our Principals’ Technology Expertise at a Glance
Fruits & Vegetable Processing
Comprehensive, end-to-end solutions for corn processing, French fries, sweet corn lines, raisin and gherkin pickle lines, pulses, fruits, formulations, and value-added food products—engineered for high efficiency, consistent quality, and optimized yields.
Machine Vision, Sorting & Inspection Systems
Advanced optical sorting, laser sorting, and X-ray inspection systems for high-speed defect detection, grading, and sorting—ensuring superior product quality and strict food safety compliance.
White Light Illumination, UV Disinfection & Pathogen Control
Innovative white-light illumination and UV disinfection technologies designed to enhance air, surface, and processing-environment hygiene.
Widely deployed across food processing plants, restaurants, hotels, hospitals, clinics, schools, and public spaces to improve safety and extend shelf life.
Smart Automation & Digital Processing
Intelligent peeling, dicing, cutting, and material-handling automation solutions that optimize production lines, increase throughput, and enable data-driven manufacturing.