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3D TRASAR™ for Precise Wash
Reclaim Production Time From Every CIP Cycle
Most CIP programs rely on assumptions. 3D TRASAR™ for Precise Wash uses real-time soil load data to optimize clean-in-place (CIP) duration, reducing unnecessary cycle time while maintaining cleaning performance.
Why Most CIP Programs Leave Capacity on the Table
Every CIP cycle balances two competing priorities:
- Ensure cleaning performance while maintaining food safety and food quality
- Maximize production uptime
Without real-time visibility into soil removal, many facilities choose longer wash times to reduce risk.
The Cost of Overcleaning
Production Capacity – Longer-than-necessary CIP cycles reduce available production time
Water and Energy – Every extra minute of cleaning consumes resources
Chemical Consumption – Conservative cleaning strategies often increase chemical use
Labor Time – Operators lose time managing CIP events and investigating wash performance
How Precise Wash Works
For illustrative purposes only.
Step 1
A sensor captures a digital fingerprint of the supply entering the system.
Step 2
A second sensor measures the liquid returning from the equipment, providing visibility into what is still being removed.
Step 3
Precise Wash continuously compares the supply and return readings as the cycle progresses.
Step 4
As the readings move closer together and reach the set threshold, Precise Wash indicates the cycle is complete, helping operators end the cycle with confidence.
