Tramp oil
Separate floating oil that can degrade fluid condition and contribute to odor and surface issues.
CNC coolant management • Pune industrial belt
CNC Coolant Management & Restoration in Pune
On-site coolant cleaning, filtration, tramp-oil separation and condition checks for CNC/VMC machining plants — so you can make a measured decision about what to reuse, correct or replace.
Bhosari • Chakan • PCMC45–60 min* service windowBefore/after condition report
*Typical window for suitable sumps and accessible machines. Actual service time depends on sump condition, volume, filtration loading and site layout.
What gets measured
From “dirty coolant” to a service record.
ContaminationSludge + fines
OilTramp-oil removal
ConcentrationBrix check
ConditionpH + visual check
The outcome: know what was removed, what was recoverable, and what still needs correction. We do not assume every coolant problem can be solved by filtration alone.
The operating problem
Coolant problems are rarely “just dirty coolant.”
In a machining plant, coolant issues usually involve a combination of contamination, concentration drift, tramp oil, sludge, odor and the labour required to deal with it.
Fine contamination
Capture suspended fines and sludge with dedicated filtration instead of relying only on coarse baskets.
Condition drift
Check Brix and pH so concentration and fluid condition are based on measurements, not guesswork.
Maintenance burden
Reduce the need for operators or maintenance teams to spend production time on manual sump cleaning.
Service protocol
Inspect → Clean → Filter → Measure → Report
A repeatable process designed for CNC plants, not just a one-off vacuuming job.
1
Inspect
Review sump condition, visible oil, sludge, coolant level, machine access and baseline pH/Brix.
2
Clean & recover
Extract coolant and settled contamination using the mobile recovery system and controlled hose routing.
3
Separate & filter
Separate tramp oil and pass recovered fluid through fine filtration before returning it to the machine.
4
Measure & report
Record before/after condition and note whether the next action is maintenance, adjustment or replacement.
Important technical distinction
Filtration removes physical contamination. It does not, by itself, repair every chemical or biological issue. Optima measures condition and separates “cleanable contamination” from problems that require a different corrective action.
Customer economics
How much does your current coolant cycle cost?
Three simple inputs. Use your own plant numbers to estimate your current annual coolant and downtime burden.
Your baseline
Annual coolant replacement cost₹60,000
Annual downtime cost₹20,000
Current annual burden₹80,000
We do not assume that all of this is avoidable. Use a real service pilot to measure what Optima can actually change.
Measure My Actual SavingsBuilt for machining plants
Most useful where coolant becomes a recurring maintenance problem.
Optima is aimed at CNC/VMC machining environments where sump cleaning, contamination or fluid replacement repeatedly consume time and money.
- Automotive components: high machine utilisation and repeat coolant handling.
- Precision machining: where process stability matters.
- Tool rooms & job shops: where maintenance resources are stretched.
- Multi-machine plants: where route-based service becomes practical.
Pune launch territory
Start dense. Expand later.
Initial service focus: Bhosari, Chakan, Chinchwad, Talawade, PCMC and Talegaon.
One plant with multiple machines can be more attractive than multiple single-machine customers because travel, setup and teardown time are spread across more billable work.
Explore service areasCommercial options
Start with a machine. Scale to a coolant-care programme.
Pilot pricing makes the first service easy to trial. Recurring programmes are priced around machine count, condition and service frequency.
Pilot
Standard Clean
₹2,500 / machine
- Extraction & recovery
- Tramp-oil separation
- 50 µm filtration
- pH & Brix check
Heavy condition
Deep Restoration
₹3,500 / machine
- Everything in Standard
- Additional sludge cleaning
- Condition / corrective-action note
- Biocide/additive discussion where relevant
Recurring
Coolant Care Programme
Custom
- Scheduled service by machine
- Condition history
- Recurring pH/Brix checks
- Plant-level reporting
Don't start with a promise. Start with a measurement.
Tell Optima how many CNC/VMC machines you run and what happens to your coolant today. Use the first visit to establish a real baseline.
Request a coolant management pilot