Product
CP-CMMS maturity meter system
Your team runs the meters and sees in-place strength live. For formwork, stressing, lifting and curing decisions.
Explore CP-CMMS
ASTM C1074 maturity method
Precision concrete intelligence for modern construction.
India's indigenous, patented concrete maturity meter system. Sensors cast into the pour report in-place strength live, so formwork, stressing and curing decisions run on data instead of waiting for cube results.
Pour P-14Raft slab, zone B, M40 mix
LiveUpdated 2 min ago
In-place compressive strength
31.2MPa
78% of 40 MPa target
Temperature27.4°C
Maturity847°C·hr
Measured in place
Mix calibration curve
Strength (MPa) against maturity, per ASTM C1074
- fewer cube tests
- 50%+
- construction time saved
- 10%+
- reuses per meter and sensor
- 200+
- projects since 2021
- 33+
Two ways to work with us.
Service
Temperature monitoring for mass concrete
We plan, install, monitor and report core-to-surface ΔT on critical pours, so early-age thermal cracking is managed, not assumed.
See the serviceEngineering certainty, eliminating guesswork.
Cube tests are slow, labour-intensive and open to manipulation, so critical calls get made on late or doubtful data. CP-CMMS measures the concrete in place, continuously, from fresh to hardened state.
Faster construction cycles
Strip formwork, release stressing and start the next pour on measured in-place strength, not a calendar or a cube result that arrives days later.
Cube-test schedule
With CP-CMMS
Over 10% construction time saved
Half the cube tests
Cut cube testing by at least 50%. On precast deployments, running cost over a two-year lifecycle works out to ₹30–40 per m³, at or below the cost of cube testing.
A record that can't be edited
Readings go from sensor to cloud with timestamps. No manual registers, no substituted cubes, a strength record that stands up in an audit.
Low skill to run, full support
Site teams operate it after one training. We stay with you through calibration and deployment, with on-site and online technical support.
- Step 1Calibrate your mix
- Step 2Deploy on the pour
- Step 3Validate against cubes
- Step 4Report and decide
One system for every critical decision on placed concrete.
Multi-performance monitoring in one go, at one price.
De-shuttering and de-shoring
Remove formwork and props when the element has the strength.
Pre- and post-tensioning
Release strands and stress tendons at the specified transfer strength. See the PT slab case study.
Lifting precast elements
Demould, de-stress and lift precast and hollowcore elements on measured strength.
Start and stop curing
Set curing regimes by actual maturity, not a fixed duration.
Opening to traffic and loads
Find the saw-cut window and open pavements to traffic on measured strength.
Mass concrete
Track core-to-surface ΔT on large pours. Available as a full monitoring service.
Construction cycle planning
Plan the next pour from live strength across the site.
Corrective interventions
Catch slow strength gain early, while it can still be fixed.
Used in rafts, piles, footings, slabs, PT elements, beams, columns, shear walls, girders, tunnel-formed structures, pavements, tanks, RE walls and precast units.
Hardware made and tested for site conditions.
Designed and manufactured in India. Rugged meters, reusable sensors, and one meter covering about 4,000 sq ft of floor area.
For sites
Standard CP-CMMS
Four-sensor maturity meter with tagged reusable sensors, charger and universal reset key.
For precast plants
Precast CP-CMMS VC-1.0
Permanent sensor in the casting bed, automatic start and stop on every pour, continuous data and auto reset.
For large sites and DIY installs
CP-CMMS V3.0
Compact and more reliable, with LoRa wireless and long battery life. Simple enough for site teams to install themselves.
Case study · ICCRIP 2024
PT slabs released on live strength.
SJ Contracts monitored post-tensioned slabs at a four-building commercial development in Wagholi, Pune, with sensors at the anchorage zone and mid-span. Stressing was released on measured in-place strength instead of waiting for cube results.
Source: K. Venugopal (SJ Contracts), D. L. Nikam (C-Probe Technologies), R. B. Ghongade (Bharati Vidyapeeth College of Engineering), “Quality 4.0 in Construction: Effective Use of Indigenous Concrete Maturity Meter in PT Slabs to Optimize Construction Cycles and Ensure Safety”, ICCRIP 2024 case study, NICMAR University.
- hours for the slab to reach the 28 MPa release strength. Site-cured cubes took about 110.
- 52
- PT slab deployments, 2,200 monitoring hours in total.
- 5
- days saved across five PT slab cycles.
- 8
Indigenous. Patented. Proven on site.
An import substitute built by structural and electronics engineers, with the intellectual property to back it.
- Indian patents granted
- 3
- US patent granted
- 1
- software copyrights
- 8
- further patents in examination
- 3
AwardWinner, Concrete Technology Advancement Award World of Concrete India Awards 2024, Mumbai
Supported by
Meet the team
- Startup India Seed Fund Scheme
- DST NIDHI
- Sardar Patel Technology Business Incubator
- COEP's Bhau Institute
- Make in India
Built for every concrete sector.
Government, private and defence projects.
- Buildings
- Precast plants
- Roads and highways
- Bridges
- Metro and railways
- Dams and mass concrete
- Docks and harbours
- Airports
- Concrete labs and R&D
Ready to build with intelligence?
Get a personalised demo on your own mix and site conditions. We calibrate with your team, deploy on your pour and train your engineers.
Download brochure (PDF)