CIP (Clean-in-Place) and SIP (Sterilise-in-Place) systems are automated cleaning and sterilisation processes commonly used in industries such as pharmaceuticals, biotechnology, food and beverage, and cosmetics. These systems ensure equipment cleanliness and sterility without requiring disassembly, minimising downtime and contamination risks
It is a process used to clean the interior surfaces of equipment like tanks, pipes, filters, and valves. It removes residues, biofilms, and contaminants such as proteins, fats, and salts.
It is a process designed to sterilise equipment after cleaning, using steam or chemical agents. It ensures the system is free from microorganisms and ready for sterile production.
Reduces water and chemical usage by reusing cleaning solutions.
Minimises environmental impact and operational costs.
Prevents contamination during sterilisation by sealing all access points.
Ensures sterility of piping, tanks, and equipment without disassembly.
Eliminates manual cleaning & Sterilisation, reducing downtime, labour costs, ensuring safety and reliability.
Programmable cleaning and sterilising cycles ensure efficiency and precise control of sterilisation parameters.
Seamless integration of CIP & SIP systems for a complete cleaning and sterilisation solution.
Continuous monitoring of temperature, pressure, flow, and time to ensure optimal cleaning conditions & sterilisation efficacy.
Automated data logging for sterilisation cycle documentation and regulatory compliance.
Configurable to accommodate small-scale laboratory setups or large industrial plants.
Flexibility to configure the system as mobile and stationary.
Easy integration into existing process systems.
Configurable parameters for time, temperature, and cleaning agent concentration.
Combined operation (CIP & SIP) ensures both residue removal and microbial inactivation
Optimised steam usage to reduce energy consumption.
Tailored to clean and sterilise different equipment types (tanks, piping, filters, etc.).
Pressure relief systems to prevent overpressure.
Alarms for deviations in temperature, pressure, or cycle duration.
Automated shutdown during faults or deviations.
