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GuidePublished 14 Aug 202619 min readBy Kevin JoginManufacturingOperational Excellence5S Workplace OrganisationSustainment and Recovery

Engineering · Manufacturing · Operational Excellence

5S Workplace Organisation, Sustainment and Recovery: The Real Competition You're Facing

Engineering handbook for 5s workplace organisation, sustainment and recovery, covering the real competition you're facing, your takeaway: changing thinking...

Executive summary

This handbook section converts the supplied engineering material into a practical, source-controlled reference. It concentrates on the following learning outcomes.

The Real Competition You're Facing
Your Takeaway: Changing Thinking Changes Everything
What Will Your Customers See?
Context and scope
The Rise: When Everything Looked Perfect
The New Headquarters: A Fresh Start

The Real Competition You're Facing

Here's the brutal reality the practitioner's company faced:

  • 50% of all footwear worldwide is now made in China
  • 67% of all air conditioners are manufactured there
  • 30% of all television sets come from Chinese factories

As one CBC documentary warned: "If what you are making is not being made there, it soon will be."

Some countries are combining the power of lean thinking with new technology AND wage structures that are a fraction of North American rates.

They're not waiting for us to catch up.

Meanwhile, North American manufacturers squandered twenty years paying minimal attention to these principles. Training programs offered by the the source manufacturing institute in 1983 covered exactly the same topics that companies were still struggling to implement two decades later.

The good news? Today is today. The principles that work haven't changed. The opportunity to implement them remains.

But the window for casual approaches has closed.



Your Takeaway: Changing Thinking Changes Everything

the practitioner's transformation started with a single insight:

"If you can change the thinking—the processes will look after themselves."

Action begins with thinking. The right action begins with the right thinking.

When the practitioner stopped calling it "housekeeping" and started calling it "workplace organization," the thinking shifted. When he framed it as professionalism instead of cleaning, behaviors followed.

Here's what you can do right now:

  1. Walk your facility with fresh eyes. Pretend you're a customer seeing it for the first time. What conclusions would you draw?
  2. Stop using the word "housekeeping." Frame every conversation around workplace organization, professionalism, and pride.
  3. Apply the restaurant test. If a customer can see it, what does it say about the processes they can't see?
  4. Start with yourself. Before rolling out any initiative to your team, 5S your own workspace first. Walk the talk before asking others to follow.
  5. Set time targets. Can anyone find any item in 3 minutes? Can your team find what they need in 1 minute?

the practitioner's maintenance shop became a model for the entire company. Within eighteen months, they won back an account even larger than the source customer.

The customer who signed the new contract said something the practitioner never forgot:

"When we toured your facility, we saw exactly what we hoped to see: professionals who care about doing things right."

That's the real value of workplace organization.

Not clean floors. Not tidy shelves.

Visible evidence of invisible excellence.



What Will Your Customers See?

Your competitor is one mouse-click away on your customer's computer.

Your next great hire is comparing your facility to five others.

Your organization's future depends on the impression you make—every day, with every visitor, at every moment.

What will they see when they walk through?

The answer lives in your thinking. Change that, and the processes will look after themselves.


Have you implemented workplace organization in your facility? What worked—and what didn't? Share your story in the comments below.


Context and scope

They built a gleaming new facility. Implemented world-class manufacturing processes. Then watched it all start to crumble.

This is the story of how one air conditioning manufacturer learned that starting a lean transformation is easy—but sustaining it will break you if you're not prepared.



The Rise: When Everything Looked Perfect

the practitioner had spent 20 years in manufacturing. He'd seen plenty of improvement initiatives come and go—flavor-of-the-month programs that executives announced with fanfare, only to forget six months later.

But this time felt different.

When the company adopted Demand Flow Technology in 1999, everything clicked. The team redesigned production lines from batch manufacturing to continuous flow. They implemented Kanban-driven replenishment. Visual tools appeared everywhere—control boards, color-coded storage bins, clearly marked staging areas.

The transformation was remarkable:

Before DFT (1999) After Implementation
Batch manufacturing chaos Continuous flow lines
Scattered inventory Kanban-controlled replenishment
No visual standards Floor markings, labeled stations
Reactive firefighting Pull system based on actual demand

By 2003, the operation had outgrown its original facility—a sign of success. The company was operating out of three separate premises, struggling to keep up with demand.

Then came the big move.



The New Headquarters: A Fresh Start

In 2004, the company consolidated everything into a brand-new 9,000 square meter facility. State-of-the-art equipment. Purpose-built production lines. Enough space to finally do things right.

The new facility housed:

  • Condenser and evaporator production lines
  • Commercial manufacturing
  • Sheet metal fabrication with automated punching
  • A dedicated powder coat painting line
  • Properly organized warehousing

Walking through on opening day, you could eat off the floors. Every tool had a home. Every process had a designated space. The 5S status review looked promising:

5S Element 2004 Status
Sort ✓ Complete
Set in Order 90% implemented
Shine ✓ Complete
Standardize Production: Mostly complete; 5S: Unknown
Sustain "Time will tell"

That last item—"Time will tell"—would prove prophetic.



The Slide: What Nobody Warned Them About

By 2005, the practitioner started noticing things. Small things at first.

A cart that should be empty, now overflowing with random tools and parts. Materials stored outside their designated areas. Foam insulation rolls leaning against shelving units where they didn't belong.

The warning signs were everywhere:

  • Tool carts became dumping grounds—screwdrivers mixed with cable ties, spare parts buried under rags
  • Work-in-progress piled up on floors instead of designated racks
  • Line markings faded and ignored
  • "Temporary" storage became permanent clutter

What happened? The company hadn't gotten lazy. Production demands intensified. People were busy—too busy to maintain standards, or so they thought.

The deeper issue emerged during team discussions:

"We told management about problems... they did nothing!"

This sentiment echoed across the workshop. Operators felt unheard. Improvements suggested went unimplemented. The careful systems built in 1999 were slowly being buried under the weight of daily production pressure.



The Reckoning: Facing the Truth

The leadership team had to confront an uncomfortable reality. Their 5S implementation wasn't just "sliding"—it was actively eroding.

The core problems:

  1. Lack of Ownership — No one felt personally responsible for maintaining standards
  2. Improvement Paralysis — Opportunities for improvement went unaddressed
  3. Disengaged Teams — Operators viewed improvement as "management's job"
  4. Production vs. Improvement Conflict — Daily output always won against organizational maintenance

This is the moment where most continuous improvement stories end. The company tried lean, it didn't stick, they moved on to the next initiative.

But not this time.



The Comeback: Back to Basics

The recovery plan was deceptively simple—but executing it required discipline.


The Five-Part Reset

Step Action
1 Develop actual teams in the workshop (5 formal teams)
2 Provide fresh 5S awareness training
3 Conduct a comprehensive waste hunt with red tagging
4 Establish daily team meetings
5 Develop and report meaningful measures

The red tag exercise alone identified approximately 300 opportunities for improvement.

That number is worth pausing on. Three hundred issues hiding in plain sight. In a facility that had been "organized" just months before.

Not everything was fixed overnight. Approximately 60% of tagged items were addressed and cleared. Mixed results across teams revealed which groups had stronger engagement and which needed additional support.



Improvement method and result

The visible improvements told only part of the story.

Before and After the Reset:

Element Before After
Tool Storage Jumbled carts with mixed items Shadow boards with designated spots for each tool
Material Flow Items stored wherever space existed Defined locations with floor markings
WIP Control Fan motors scattered across floor Racking installed with controlled inventory limits

The shadow board system became a symbol of the new approach. Each workstation received custom panels where every tool had an outlined home. If a tool was missing, anyone could spot it instantly.

Floor marking transformed ambiguous "put it somewhere" into clear boundaries. Pallet locations got taped outlines. Carton storage racks were relocated and labeled.

But the most important change wasn't physical—it was cultural.

Team Improvement Boards appeared at each production area. These weren't management communication tools. They were operator-driven boards tracking:

  • Daily output against targets
  • Quality incidents
  • Improvement ideas (with photos!)
  • Problems and obstacles
  • Active projects

The completed red tags hung from the boards like trophies—visible proof that ideas led to action.



The Lessons: What 7 Years of Struggling Taught Them

After years of implementing, backsliding, and rebuilding, the team documented what they wished someone had told them at the beginning.


. Putting People Together Doesn't Create a Team

Assigning workers to a "team" accomplishes nothing. Real teams require:

  • Education on what teamwork actually looks like
  • Mentoring as they develop new habits
  • Coaching when they struggle

Lesson: Budget for ongoing development, not just initial training.



. Exposure Creates Possibility

Operators who've never seen a well-run lean operation can't imagine one. Site visits to other organizations opened eyes in ways that training slides never could.

Lesson: Invest in benchmarking trips. Let your people see what's possible.



. Implementation Timing Matters Enormously

Launching a major 5S initiative during peak production season is a recipe for failure. Everyone's too stressed, too busy, and too focused on output to absorb new habits.

Lesson: Plan your improvement activities for lower-volume periods when people have mental bandwidth.



. Resources Don't Appear By Magic

Initial enthusiasm led management to assume teams would "figure it out." They didn't. Support resources—time, materials, expertise—must be explicitly allocated.

Lesson: Name the resources. Schedule the time. Improvement without capacity is wishful thinking.



. Operators Fear Prioritizing Improvement Over Production

Even when told to focus on improvement, workers feel the invisible pressure of daily output expectations. They need explicit permission—and protection—to spend time on organizational tasks.

Lesson: Leaders must visibly and repeatedly reinforce that improvement time is legitimate and expected.



. Measure What Matters (And Celebrate It)

The team identified a critical gap: they weren't capturing the results of improvements. Without measurement, there's no story of success. Without success stories, there's no momentum.

Lesson: Track improvements quantitatively. Share wins widely. Celebrate publicly.



The Path Forward: Sustaining the Gains

The company's plan for maintaining momentum included several key elements:


Team Development Structure

Level Training Focus
Supervisors & Team Leaders Coaching skills, Competitive Manufacturing Certificate
Team Members Manufacturing Certificate III, ongoing skill development

Sustaining Mechanisms

  • 5S Audits — Regular assessments to catch backsliding early
  • TPM (Total Productive Maintenance) — Extending the discipline to equipment care
  • Incentive Scheme — Reward system tied to improvement suggestions and results
  • Visible Targets — Specific, measurable goals for each team


What This Means for You

Every facility that attempts lean transformation faces the same enemy: entropy.

Left unattended, any organized system drifts toward chaos. The question isn't whether your 5S implementation will face pressure—it's whether you've built the structures to withstand it.


Your 5S Health Check

Ask yourself these questions:

Question Warning Sign
When was your last formal 5S audit? More than 30 days ago
Do operators feel empowered to prioritize improvement? "We told management... they did nothing"
Can you show measurable results from recent improvements? No tracking system exists
Have teams visited other lean facilities recently? Never, or more than 2 years ago
Is improvement time protected on the schedule? Only happens when production allows

If you answered "yes" to multiple warning signs, your operation may be experiencing the same silent slide that caught this manufacturer off guard.



The Truth About 5S Nobody Wants to Admit

Here's what makes this story worth sharing: the struggle is normal.

The company didn't fail because they were incompetent. They failed because sustaining improvement is genuinely harder than starting it. The 5S tools are simple. The human behavior required to maintain them indefinitely is anything but.

The companies that succeed aren't the ones who implement perfectly the first time. They're the ones who recognize when things slip, have the humility to go back to basics, and commit to building the cultural infrastructure that makes sustainability possible.

That infrastructure isn't floor tape and shadow boards. It's teams with real ownership. Leaders who protect improvement time. Measurement systems that make progress visible. And celebrations that remind everyone why the effort matters.



Your Turn

What's one area in your operation where standards have quietly slipped? Not the obvious disasters—those get attention. I mean the small erosions that nobody talks about but everyone notices.

That's where your 5S journey needs to focus next.



Key Takeaways

Insight Action
5S implementation naturally erodes without active maintenance Schedule regular audits and intervention points
Teams need development, not just assignment Budget for coaching and external exposure
Timing impacts success Avoid launching during peak production
Results must be captured and celebrated Build measurement into every improvement
Operators need permission to prioritize improvement Leaders must visibly protect improvement time

The journey from chaos to organization—and back—is a cycle every manufacturing leader will face. The question is whether you'll recognize the slide before it becomes a crisis, and whether you'll have the courage to go back to basics when you do.


Current-state problem

Here's what "normal" looked like:

  • 99% of our product range generated only 50% of sales
  • Workers spent 40% of their day searching for tools and parts
  • Every workstation had different layouts - no standardization
  • When machines broke down for more than 35 minutes, we just... waited
  • Communication between shifts? Non-existent

The most frustrating part? Everyone knew things were broken.

But we didn't know where to start fixing them.



The Wallet That Changed Everything

The turning point came from the most unexpected place: a consultant asking our plant manager to empty his wallet.

"Let's do a 5S exercise," she said. "Right here. Right now."


The 5S Wallet Exercise

the practitioner walked him through five steps:

1. SORT → "Remove everything you haven't used in the last month"

Out came:

  • 7 expired coffee shop loyalty cards
  • 3 receipts from 2019
  • A business card for a company that no longer existed

2. STRAIGHTEN → "Group similar things together"

Cash in one section. Cards in another. Essential documents separate.

3. ASSESS THE VALUE

She made him categorize each item:

  • Value-adding: Cash, active credit cards
  • Necessary non-value-adding: Driver's license, medical cards (you need them, but they don't make you money)
  • Non-value-adding: Everything else

4. SHINE → Clean and inspect

He found a $50 note folded behind an old receipt.

5. SUSTAIN → Create a system to keep it this way



Framework #1: The Sieve Analysis

We mapped every product against two axes:

  • Percentage of product range (horizontal)
  • Cumulative sales percentage (vertical)
Product Category % of Range % of Sales Action Required
GREEN Products 1% 50% Reduce waste, increase profits
ORANGE Products 4% 45% Implement JIT systems
RED Products 45% 4% Harmonize through complexity reduction
BLACK Products 50% 1% Question existence entirely

The Results Were Shocking

Those 132 bottle designs?

  • 85 designs served less than 2% of customers
  • 47 designs hadn't been ordered in 6 months
  • 23 designs differed only in label placement

The question that changed everything:

"What is the added value to the customer? What is the added value to the company?"

If the answer wasn't clear for both? The product went on the chopping block.


Real-World Example: the source consumer-products organisation

the practitioner faced the same problem. Their solution?

  • From: 132 bottle shapes
  • To: 15 standardized bottle shapes
  • Result: 67% reduction in changeover time, 34% decrease in inventory costs


Framework #2: The Production Cycle Matrix

We created visual clarity on what needed to be produced when:

┌─────────────────────────────────────────────────────┐ │ PRODUCTION FREQUENCY MATRIX │ ├─────────────────────────────────────────────────────┤ │ │ │ WEEKLY CYCLE (7 days) │ │ ├─ High-volume products │ │ ├─ Batch size: 600 units │ │ └─ Changeover allowance: 25 minutes │ │ │ │ BI-WEEKLY CYCLE (14 days) │ │ ├─ Medium-volume products │ │ ├─ Batch size: 300 units │ │ └─ Changeover allowance: 50 minutes │ │ │ │ MONTHLY CYCLE (28 days) │ │ ├─ Low-volume products │ │ ├─ Batch size: 150 units │ │ └─ Changeover allowance: 75 minutes │ │ │ └─────────────────────────────────────────────────────┘

The principle: Every major product gets produced every cycle - no exceptions.

This eliminated:

  • ❌ "Sorry, we don't have that in stock"
  • ❌ Emergency overtime runs
  • ❌ Customers switching to competitors


Framework #3: The Communication Revolution

Remember those night shift problems with no solutions?

We stole a practice from the source manufacturing plant's Australian manufacturing plant:


The Daily 20-Minute Ritual

5 minutes: Safety talk

  • Different topic every day
  • Every single staff member attends
  • No exceptions, no excuses

15 minutes: Production meeting

  • Different department presents each day
  • Actual metrics shown, not discussed in abstract
  • Actions assigned with names and deadlines
  • Critical: Minutes on paper, not whiteboards (photos fade, paper doesn't)

The Flipchart Hack

At every problematic workstation, we placed a simple flipchart.

The rule: If you encounter a problem, write it down before you leave.

This one change eliminated 90% of the "But nobody told me!" complaints between shifts.



The Bottleneck Principle: You're Only As Fast As Your Slowest Process

One machine was holding back our entire operation.

Theory of Constraints in action:

We mapped our entire value stream and discovered:

  • Machine A could produce 500 units/hour
  • Machine B could produce 300 units/hour ← BOTTLENECK
  • Machine C could produce 450 units/hour

What we did wrong initially: Invested in speeding up Machine A and C.

What actually worked:

  1. Added a second Machine B
  2. Cross-trained operators to support Machine B during peak times
  3. Implemented predictive maintenance to prevent Machine B breakdowns

Result: Overall production increased 47% without changing any other equipment.



The Root Cause Analysis That Saved Us

When a breakdown exceeded 35 minutes, we implemented "5 Whys, 1 How":


Real Example from Our Floor

Problem: Production line stopped for 2.5 hours

Why #1: Why did the line stop? → The filling machine jammed

Why #2: Why did the filling machine jam? → Incorrect bottle size was loaded

Why #3: Why was the incorrect bottle size loaded? → The storage location was mislabeled

Why #4: Why was the storage location mislabeled? → A temporary worker placed bottles in the wrong spot last week

Why #5: Why did the temporary worker place bottles in the wrong spot? → There was no visual labeling system - only a printed list

How: Create color-coded, visual labeling system with photos of each bottle type

Cost of solution: $450 Cost of previous downtime: $47,000 Prevention value: Priceless



The Visibility Revolution

We learned from the source manufacturing plant: If you can't see it, you can't improve it.


Changes We Made

Before After Impact
Metal shields on all machines Clear polycarbonate shields 85% faster problem identification
Closed storage cabinets Clear-fronted cupboards 40% reduction in "Where is...?" questions
Tools "borrowed" indefinitely Photo of borrower on empty hook 100% tool return rate
Irregular cleaning schedule "Clean for inspection" daily routine 60% reduction in unexpected breakdowns


The PDCA Loop: Please Don't Change Anything (Until You've Planned It)

We embraced Deming's cycle with a twist:


PLAN** → Set crystal-clear objectives

Bad objective: "Improve efficiency"

Good objective: "Reduce changeover time from 45 minutes to 20 minutes by end of Q2, measured by automated timestamp system"


DO** → Execute with Gantt chart tracking

Every action had:

  • ✅ Owner name
  • ✅ Deadline date
  • ✅ Dependencies mapped
  • ✅ Daily progress updates

CHECK** → Graph metrics visually

We created traffic light dashboards:

🔴 Red = Did not meet target → Assign action immediately 🟡 Yellow = May meet target → Assign preventive action 🟢 Green = Met target → Document what worked, replicate elsewhere


ACT** → Close the loop

Every green success triggered the question: "Where else can we apply this?"

Every red failure triggered: "What systemic issue does this reveal?"



The Safety Principle That Saved Lives (And Time)

One simple visual change reduced forklift-pedestrian near-misses by 97%:

BIG doors for BIG things (forklifts, machinery) SMALL doors for SMALL things (people)

Sounds obvious?

We had 6 doors in our warehouse. All the same size. Forklifts and people used all of them interchangeably.

After renovation:

  • 2 large doors (forklift only) with height restrictions
  • 4 small pedestrian doors with bollards preventing vehicle access

Cost: $8,900 Near-misses eliminated: 47 in the first year Worker confidence increase: Immeasurable



The Numbers Don't Lie: Our Transformation


Months After Implementation

Metric Before After Change
Product SKUs 850 320 -62%
Average changeover time 47 min 18 min -62%
"Can't find it" incidents per week 23 2 -91%
Unplanned downtime (hours/month) 87 19 -78%
On-time delivery rate 67% 94% +40%
Staff overtime hours 340/week 95/week -72%
Customer complaints 34/month 4/month -88%

Months After Implementation

Financial Metric Before (Annual) After (Annual) Change
Revenue $14.5M $18.2M +25%
Operating costs $11.8M $9.3M -21%
Profit margin 19% 49% +158%
Inventory carrying costs $2.1M $890K -58%
Emergency freight costs $340K $28K -92%


The Unexpected Bonus: Culture Shift

The metrics were impressive. But something else changed that we didn't anticipate:

People stopped hoarding knowledge.

the practitioner: "If only I know how to fix Machine #3, I'm valuable."

the practitioner: "If I document how to fix Machine #3, I can work on more interesting problems."

The flipchart system that started as a shift communication tool became a knowledge repository.

The daily 15-minute meetings that started as accountability became innovation sessions.

The "no-blame" root cause analysis that started as problem-solving became psychological safety.



Your Turn: The 5-Day Transformation Challenge

You don't need to overhaul everything at once. Here's your starting point:


Day 1: The Wallet Exercise

Do the 5S exercise with your actual wallet (or desk drawer, or email inbox).

Time required: 15 minutes Learning: How to distinguish value from clutter


Day 2: The Sieve Analysis

Map your top 20 products/services/projects against:

  • % of total offerings
  • % of total revenue/impact

Time required: 45 minutes Learning: Where you're actually making money vs. where you're making noise


Day 3: The Bottleneck Hunt

Map your process from start to finish. Time each step.

Time required: 2 hours Learning: Your slowest step is your actual capacity


Day 4: The Visibility Audit

Walk through your operation and ask: "If I were new here, could I tell what's normal vs. abnormal?"

Time required: 30 minutes Learning: Hidden problems reveal themselves when you make standards visible


Day 5: The Communication Ritual

Start a 15-minute daily standup with your team.

Format:

  • 5 minutes: Safety/wellbeing check
  • 10 minutes: Yesterday's metrics, today's priorities, blockers

Time required: 15 minutes daily Learning: Consistency beats intensity



The Question That Started It All

Remember the practitioner at 2:47 AM, surrounded by 132 bottle designs?

Six months later, she stood in the same warehouse at 2:47 PM.

15 standardized designs. Clearly labeled. Color-coded. Located precisely where the value stream map said they should be.

The production line hummed. No emergency calls. No exhausted workers.

She didn't stay until 2:47 AM anymore.

The question that saved her operation:

"If this product/process/policy disappeared tomorrow, would our customer notice? Would they care?"

If the answer was no to both? It disappeared.



Your Next Move

You've read this far because something in your operation is broken.

Maybe it's 132 bottle designs. Maybe it's 47-minute changeovers. Maybe it's 3 AM emergency calls.

Here's your decision point:

Choose ONE framework from this post:

  • The 5S method
  • The Sieve Analysis
  • The Bottleneck Principle
  • The Communication Ritual
  • The Visibility Revolution

Set a timer for 15 minutes.

Apply it to one small area of your operation.

Document what you find.

Then come back and tell me: What broke? What worked? What surprised you?

Drop your results in the comments. I read every single one.

Because here's the truth: Lean manufacturing isn't about following a system.

It's about asking better questions.

What question will you ask your operation tomorrow?



Tools Referenced

Framework Origin Best Used For Time to Implement
5S Method Japanese Manufacturing Workspace organization, reducing search time 1-2 weeks per area
Value Stream Mapping people-centred production system Identifying bottlenecks and waste 2-4 days initial map
Theory of Constraints the practitioner Maximizing throughput 1-3 months
Sieve Analysis Ian Glenday Product complexity reduction 1-2 days analysis
PDCA Cycle W. Edwards Deming Continuous improvement Ongoing
Root Cause Analysis (5 Whys) the originating manufacturer Problem-solving 30-60 minutes per issue


Resources for Your Journey


Free Resources

  • Your wallet (seriously, start there)
  • A notebook and stopwatch
  • Your team's honest feedback

Engineering use and verification

Choose and control a process from the required function, material, geometry, tolerance, surface condition, volume, safety and inspection plan. Confirm the process window with representative trials, identify the variables that move quality, and connect each critical characteristic to an observable control and reaction plan. Do not convert a successful source example into a universal limit; validate capability using the actual machine, tooling, material batch and operating conditions.

  • Confirm scope, assumptions, interfaces and required outcome.
  • Use one controlled unit system and show every conversion.
  • Identify current project, customer and regulatory requirements.
  • Separate source examples from mandatory acceptance criteria.
  • Check calculations, tables and selections by an independent method.
  • Verify safety, maintainability and credible failure modes.
  • Record evidence, revisions, approvals and unresolved limitations.
  • Validate the result under representative operating conditions.

Continue learning

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