Driving Scalability: Eliminating Operational Friction for a Multi-Plant Manufacturing Enterprise
At a Glance
The Challenge
Client context and business challenge
The client, a rapidly expanding manufacturer of industrial components, was struggling with the "complexity trap." While their order book was full, their operational costs were skyrocketing, and profit margins were thinning. The primary challenge was a lack of process standardization across their three production facilities. Each plant operated as a silo, using idiosyncratic manual logging systems and verbal instructions for assembly.
This fragmentation led to significant "Muda" (waste)—specifically in the form of high material scrap rates, redundant quality checks, and frequent shipping delays that strained distributor relationships. Onboarding new technicians was a slow, three-month process because institutional knowledge was stored in the heads of senior employees rather than in documented systems. The leadership team had no real-time visibility into floor-level bottlenecks, making it impossible to accurately forecast production capacity or commit to urgent orders with confidence. They needed to move from a culture of reactive "firefighting" to a disciplined, execution-led operating model.
Our Approach
Strategic methodology and execution
Value Stream Mapping (VSM): Conducted a "Gemba Walk" across all plants to map the current state and identify non-value-added activities
Bottleneck Analysis: Utilized Root Cause Analysis (RCA) to determine why the assembly line experienced 15% downtime every shift
Process Re-engineering: Applied Lean and Six Sigma principles to redesign workflows, focusing on "Single-Piece Flow" to reduce WIP (Work-In-Progress) inventory
SOP Digitalization: Formalized "The Gold Standard" of operations into accessible, visual SOPs for all critical roles
Capability Building: Trained "Process Champions" within the client’s team to ensure the new methodologies survived our engagement
The Solution
Implementation details and technology stack
The Process
We implemented the Stravence Lean-Agile Methodology, which blends traditional Six Sigma rigor with the flexibility needed for emerging markets. This involved a transition from batch processing to continuous flow and the implementation of a "5S" workplace organization system to improve safety and efficiency.
The Tech Stack
Tulip Interfaces: Implemented frontline worker apps to replace paper-based logs with digital, real-time data entry on the shop floor.
Power BI: Created operational dashboards that pull data from the factory floor to provide leadership with "one version of the truth" regarding production health.
Asana: Utilized for cross-departmental coordination and tracking of continuous improvement (Kaizen) initiatives.
Results & ROI
Measurable outcomes and business impact
Lead Time Reduction
By eliminating redundant approvals and optimizing layout, the total time from order to delivery dropped from 14 days to 9 days, drastically improving cash flow
Material Waste Reduction
Redesigning the cutting and assembly sequence led to a significant decrease in raw material scrap, directly boosting the EBITDA margin
Resource Optimization
Standardized work instructions allowed the same workforce to increase output by 25% without requiring overtime or additional headcount
Onboarding Velocity
The transition to visual, digital SOPs reduced the training time for new hires from 12 weeks to 6 weeks, supporting the client's rapid scaling strategy
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