Improve Throughput, Reliability & Manufacturing Performance

Unlock higher output, improve machine reliability, and reduce operational losses. Gemba Concepts helps engineering manufacturers build efficient, scalable, and high-performing operations through practical shopfloor execution.

India | Middle East | Africa

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Engineering and heavy manufacturing consulting

Pain Point Section

Current Industry Challenges

Low machine utilization and OEE

Hidden downtime, speed losses, and quality issues erode production capacity.

Frequent equipment breakdowns

Reactive maintenance culture leads to unplanned stoppages and production losses.

Production bottlenecks and workflow delays

Constraints across machining, fabrication, assembly, and finishing slow throughput.

High WIP and long cycle times

Work-in-progress piles up between processes, masking true capacity and increasing lead times.

Excess material movement and handling

Inefficient layouts create unnecessary travel, handling effort, and operational waste.

Quality defects and rework

Process variation and weak controls lead to scrap, rework, and customer returns.

Limited production and maintenance visibility

Without real-time data, decisions are reactive and problems repeat.

Solution Section

What We Work On

Production Throughput Improvement

Increase output by removing bottlenecks, improving workflow, and optimizing production flow.

OEE & Machine Performance

Improve machine utilization, reduce downtime, and increase equipment effectiveness.

TPM & Maintenance Systems

Build preventive maintenance systems that improve reliability and reduce breakdowns.

Production Flow Optimization

Improve line balancing, cycle times, workflow efficiency, and operational stability.

Plant Layout & Material Flow

Optimize layouts to reduce movement, improve space utilization, and enhance productivity.

Quality Improvement Systems

Strengthen process controls, defect reduction, and quality consistency.

Production Visibility & KPI Systems

Create real-time visibility through dashboards, KPIs, and structured review systems.

Results Section

Results Delivered

20–40%

OEE & Machine Utilization Improvement

Increase equipment availability and performance across operations.

15–25%

Breakdown Downtime Reduction

Reduce unplanned stoppages through structured maintenance systems.

30–80%

Production Cycle Time Reduction

Faster throughput through bottleneck elimination and flow optimization.

Increased

Throughput Without Capital Investment

Unlock capacity from existing equipment and resources.

40–60%

Space Utilization Improvement

Optimize layouts to reduce movement and improve productivity.

Reduced

Rework and Quality Losses

Strengthen process controls and defect reduction systems.

Better

Production & Maintenance Visibility

Real-time dashboards and structured KPI reviews.

Sustainable

Performance Through Daily Management

Build systems that maintain and scale improvements over time.

Industry Case Studies

Execution Stories from This Industry

Explore real transformations delivered in similar operating environments.

Iron and Steel

Rs 15.24 Crore a Year, Found in Cost No One Was Watching

A Rs 1,500+ crore metals producer reduced conversion cost and consumable inventory burden, delivering about Rs 15.24 crore annual savings.

Annual savings: Rs 15.24 CrConversion cost/MT: -19.5%Inventory carrying cost: -21%

Key Levers

  • Analyzed spend by cost head and applied 80/20 to prioritize high-impact drivers.
  • Mapped movement using spaghetti diagrams and validated reduction changes through proof-of-concept trials.
  • Applied 4M analysis (Man, Machine, Method, Material) on conversion steps.
  • Set consumable Min/Max/ROL levels using RRS and ABC logic.
Read Full Case Study

Aluminium Rolling

40% Revenue Growth, from the Plant Already There

A large aluminium rolling operation improved flow, setup performance, and workforce deployment to unlock installed capacity and drive 40% revenue growth.

Revenue: +40%Lead times: ReducedChangeovers: Improved

Key Levers

  • Redesigned production flow to shorten lead time.
  • Improved changeovers to recover productive hours.
  • Optimized workforce deployment against actual workload.
Read Full Case Study

Locks Manufacturing and Ecommerce

197% More Storage, in the Same Four Walls

A locks manufacturer unlocked 197% additional storage capacity by redesigning vertically and aligning WMS logic with new flow.

Storage capacity: +197%Vertical height: 9 mSystem: WMS flow redesigned

Key Levers

  • Engineered vertical storage up to nine metres.
  • Redesigned WMS flow to match the new storage model.
  • Sized layout and capacity against three-year growth projections.
Read Full Case Study

Electrical Products Manufacturing

When Suppliers Miss, the Plant Pays for It

A leading electrical products manufacturer improved vendor OTIF from 48% to 64% and order fill rate from 93.7% to 96.1% through supplier visibility and planning cadence.

Vendor OTIF: 48% -> 64%Order fill rate: 93.7% -> 96.1%Performance control: Live vendor scorecards

Key Levers

  • Built vendor scorecards with measurable service criteria.
  • Shared demand visibility so suppliers could plan against real signals.
  • Centralized planning and established structured supplier performance reviews.
Read Full Case Study

Trusted by

500+

Industrial Businesses Across 3 Continents

TCS
Godrej & Boyce
Ashok Leyland
Kajaria
Kenstar
Joyalukkas
Safari
Cello
Asian
TCS
Godrej & Boyce
Ashok Leyland
Kajaria
Kenstar
Joyalukkas
Safari
Cello
Asian
TCS
Godrej & Boyce
Ashok Leyland
Kajaria
Kenstar
Joyalukkas
Safari
Cello
Asian
TCS
Godrej & Boyce
Ashok Leyland
Kajaria
Kenstar
Joyalukkas
Safari
Cello
Asian
Rupa
Happilo
Veedol
Arvind
GIVA
Snitch
Bagmane
Pyramid
Shalco
Rupa
Happilo
Veedol
Arvind
GIVA
Snitch
Bagmane
Pyramid
Shalco
Rupa
Happilo
Veedol
Arvind
GIVA
Snitch
Bagmane
Pyramid
Shalco
Rupa
Happilo
Veedol
Arvind
GIVA
Snitch
Bagmane
Pyramid
Shalco
Testimonials

What Our Clients Say

Wires & Cables ManufacturingIndia

Their hands-on approach has resulted in practical and tailored solutions that have reduced wastage, optimized processes, and increased overall equipment effectiveness (OEE).

Jainam Deliwala

Director

Rolliflex Pvt Ltd

Jainam Deliwala
1/15

Frequently Asked Questions (FAQ's)

Frequently Asked Questions

Common questions engineering and heavy manufacturing companies ask about operational improvement.

How can engineering manufacturers improve throughput?

By eliminating bottlenecks, improving production flow, and increasing machine utilization through structured OEE and TPM programs.

What is OEE in engineering manufacturing?

OEE (Overall Equipment Effectiveness) measures equipment effectiveness across availability, performance, and quality — helping identify where capacity is being lost.

How does TPM help reduce downtime?

TPM (Total Productive Maintenance) improves equipment reliability through preventive maintenance, operator ownership, and structured maintenance planning.

Can production output increase without new machines?

Yes. Most improvements come from optimizing existing equipment, workflows, and resources rather than capital investment.

What results can engineering manufacturers expect?

Higher throughput, improved machine reliability, reduced downtime, better operational control, and sustainable daily management systems.

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