The Results
What changed after one AUTOPILOT
IBOR AG is a Swiss CNC contract manufacturer with 18 milling machines. After installing Liquidtool AUTOPILOT on a single CNC machine as a pilot, they reduced coolant concentrate consumption by up to 30%, stopped tank overflows, and resolved a recurring quality issue with aluminum parts. The continuous data also surfaced a hidden temperature effect that was affecting their machining tolerances.
The Challenge
Managing coolant across 18 machines
IBOR AG produces precision parts for aerospace, automotive, and mechanical engineering customers. With 18 CNC milling machines running daily, coolant quality has a direct impact on what they can deliver.
The team was running into the same problems again and again:
- Concentration levels fluctuated, which led to surface defects and stains on aluminum parts
- Tanks occasionally overflowed, wasting expensive concentrate and causing avoidable downtime
- Manual spot checks were sporadic, so issues were often noticed too late
- Without historical data, it was hard to spot patterns or understand the root cause
"We knew something was off, but we didn't have the data to pinpoint what exactly."

The Solution
Starting with one AUTOPILOT
IBOR decided to start small. They installed Liquidtool AUTOPILOT on a single CNC machine as a pilot project.
The AUTOPILOT continuously monitors coolant concentration and fill level, and doses water and concentrate automatically to keep both within the target range. It runs around the clock and reduces the need for manual checks, while the team still does periodic spot checks to verify the values.
Within a short time, the team saw the difference. Concentration stayed steady, the tank never overflowed, and the production staff could spend less time on coolant maintenance.

The Discovery
What the data revealed
The bigger insight came once Thomas Bättig started looking at the continuous data in Liquidtool Manager.
"The coolant temperature in summer reached up to 30°C, exactly matching the temperature in the production hall."
These temperature swings had a direct effect on machining tolerances. Without continuous data, the connection between hall temperature and machining accuracy would have been almost impossible to see. With the data in hand, IBOR could adjust their tolerances accordingly.
It was a production problem the team didn't know they had, solved with data they didn't know they were missing.
What's Next
Scaling up across the fleet
IBOR has already equipped 4 of their 18 CNC machines with the AUTOPILOT and continues to roll it out across the rest of the fleet. For a contract manufacturer that delivers precision CNC parts to demanding industries, more reliable coolant management means fewer quality issues, lower costs, and more predictable production.
Frequently Asked Questions
How important is coolant management for CNC manufacturers?
Coolant management is one of the most underestimated levers in CNC manufacturing. With the right concentration level continuously managed, you can avoid around 80% of typical coolant-related problems: surface defects, premature tool wear, stains on aluminum parts, machine downtime from overflows, and inconsistent machining results.
How much can be saved on coolant costs?
On average, CNC manufacturers can reduce their coolant concentrate consumption by up to 40% with automated dosing. The exact savings depend on machine count, coolant type, and how the coolant is currently being managed. At IBOR AG, a single AUTOPILOT cut concentrate consumption by up to 30% on the pilot machine.
What is Liquidtool AUTOPILOT?
Liquidtool AUTOPILOT is an automated coolant management system for CNC machine tools. It automatically measures, mixes, and refills coolant, with cloud-controlled automation, smart rules, alerts, and full documentation to keep production stable, efficient, and sustainable.
IBOR AG is a Swiss contract manufacturer specializing in plate and cubic parts for aerospace, automotive, and mechanical engineering. With 35 employees and 18 CNC milling machines, the company produces precision components to high quality standards.
