MachineWise for Assembly Plants.
Live OEE, condition-based monitoring and predictive maintenance — engineered for assembly and line-based plants. Software-first deployment, rupee-denominated results.
ST-30 sets the pace at 64 s against 58 s takt; ST-40 was starved for 18% of the shift.
The losses every assembly and line-based plants knows — and nobody measures.
Takt is a wish, not a fact
Planned takt 58s, real takt unknown. Station-level cycle capture makes takt a measured number, not a whiteboard aspiration.
Starve & block chains
One slow station starves five downstream. We show where the line breathes and where it chokes — live.
Andon that reaches phones
Line-stop calls that reach supervisors on WhatsApp in seconds, with the station, reason and duration attached.
OEE · CBM · Predictive Maintenance — dedicated to assembly plants.
The same MachineWise platform, tuned to the machines, cycles and failure modes of this industry.
OEE for this floor
- Station-level cycle times vs takt
- Starvation and blocking analysis along the line
- First-pass yield per station and shift
- Hour-by-hour output vs plan boards
CBM for these machines
- Test-bench and tool health monitoring
- Conveyor drive current and vibration trends
- Press-fit and torque-tool signal capture hooks
- Utilities: compressors and air-supply health
PdM for these failure modes
- Conveyor drive failure early warning
- Tool and bench degradation indicators
- Compressor PdM — the whole-line stopper
- Interventions in planned breaks, not mid-shift
Goes deeper with the rest of the platform.
Straight answers.
How do you measure real takt time on an assembly line?
What is starve and block analysis?
How does andon reach supervisors?
Can first-pass yield be tracked per station?
Run a free 2-machine pilot on your assembly and line-based plants — live this week.
Two machines, thirty days, zero cost to start. Live OEE, downtime truth and a plant-specific ROI model — your data on-premises throughout.