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396 total results found

2.5 A-Part Control Tower (Critical Parts Management)

09. Materials Planning, Procurement & W... Part 2. The Demand Signal (Planning)

The Pareto Principle dominates supply chain physics: 20% of the components create 80% of the risk. Treating a high-value FPGA with the same administrative passivity as a standard 10k resistor is professional negligence. The A-Part Control Tower is a dedicated ...

2.6 Schedule Freeze Windows + Change Control

09. Materials Planning, Procurement & W... Part 2. The Demand Signal (Planning)

A supply chain cannot execute a moving target. If the production schedule changes daily, or if Engineering changes part numbers while the line is running, the result is "System Nervousness." This phenomenon causes MRP to generate erratic expedite and de-expedi...

3.1 Approved Process Materials List (APML) + Specifications

09. Materials Planning, Procurement & W... Part 3. Process Materials & Chemicals

A Bill of Materials (BOM) defines the components, but the Approved Process Materials List (APML) defines the chemistry that holds them together. Solder paste, flux, adhesives, and cleaning agents are not generic commodities; they are critical process variables...

3.2 Process Materials Procurement & Replenishment

09. Materials Planning, Procurement & W... Part 3. Process Materials & Chemicals

A manufacturing line consumes solder paste, flux, and cleaning chemistry just as it consumes electricity. These are not "incidentals"; they are critical dependencies. Running out of a $50 jar of solder paste triggers the exact same Line Down event as missing a...

3.3 Process Materials Change Control

09. Materials Planning, Procurement & W... Part 3. Process Materials & Chemicals

In electronics manufacturing, "Process = Chemistry + Physics." Changing a consumable is not a commercial swap; it is a fundamental alteration of the manufacturing baseline. A new flux formulation can pass visual inspection today but cause electromigration fail...

3.4 SDS/EHS Gate for Chemicals

09. Materials Planning, Procurement & W... Part 3. Process Materials & Chemicals

Procuring chemicals is fundamentally different from procuring hardware. A wrong resistor stops the board; a wrong chemical stops the factory. The arrival of an unauthorized, flammable, or toxic substance creates immediate legal liability, fire risk, and potent...

4.1 Indirect Spend Taxonomy + Ownership

09. Materials Planning, Procurement & W... Part 4. Indirect Procurement (MRO / Ser...

Indirect spend—items that do not go into the finished product—is the silent killer of factory profitability. While Direct Material (BOM) is scrutinized to four decimal places, Indirect Spend (MRO, Tools, Services) often bleeds cash through "death by a thousand...

4.2 Requisition-to-PO Workflow (Indirect)

09. Materials Planning, Procurement & W... Part 4. Indirect Procurement (MRO / Ser...

Indirect procurement is the wild west of the supply chain. Without a rigid process, it devolves into "maverick spend"—uncontrolled purchases made on personal credit cards, verbal promises to contractors, and mystery invoices that Finance cannot reconcile. The ...

4.3 Vendor Onboarding + Framework Agreements (LTA/SLA)

09. Materials Planning, Procurement & W... Part 4. Indirect Procurement (MRO / Ser...

Treating indirect suppliers as transactional vendors invites volatility. A facilities management company or an IT service provider is an operational dependency. If they fail, the lights go out or the network crashes. You must onboard them with the same rigor a...

5.1 Inventory Classification (ABC Analysis)

09. Materials Planning, Procurement & W... Part 5. Inventory Control

Treating a $500 FPGA and a $0.001 resistor with the same level of physical control is operational suicide. It wastes labor on trivialities while exposing the business to massive financial variance. Inventory ABC Analysis is not merely a reporting exercise; it ...

5.2 Inventory Control Operating Model (KPIs, Ownership, Audit Cadence)

09. Materials Planning, Procurement & W... Part 5. Inventory Control

Inventory is money frozen in time and risk sitting on a shelf. Without a rigid control model, entropy guarantees that physical stock and digital records will drift apart, leading to phantom inventory, line-down events, and massive financial write-offs at year-...

5.3 Excess & Obsolete (E&O)

09. Materials Planning, Procurement & W... Part 5. Inventory Control

Excess and Obsolete (E&O) inventory is not a storage issue; it is a financial pathology caused by planning errors, engineering volatility, or unmitigated risk. When material sits idle, it does not just lose value; it consumes working capital, occupies revenue-...

5.4 Strategic Stockpiling

09. Materials Planning, Procurement & W... Part 5. Inventory Control

Strategic stockpiling is the deliberate decision to violate standard inventory turns targets to hedge against specific, high-probability supply risks. It is a financial bet: you are paying holding costs to buy insurance against line-down events or massive pric...

5.5 Cycle Counting & Reconciliation

09. Materials Planning, Procurement & W... Part 5. Inventory Control

Inventory accuracy is not a "nice to have"; it is the mathematical foundation of your entire operation. If your system says you have 100 parts and you physically have 90, you will eventually shut down the production line. If you have 110, you are over-ordering...

6.1 Receiving, Inspection Routing & Identification

09. Materials Planning, Procurement & W... Part 6. Parts & Materials Handling

Receiving is not a clerical task; it is the physical and digital firewall of your manufacturing system. Once a component passes this gate, the ERP assumes it is "good inventory"—available for planning, picking, and soldering. If you allow incorrect, damaged, o...

6.2 Put-away & Location Control

09. Materials Planning, Procurement & W... Part 6. Parts & Materials Handling

Put-away is the translation of "possession" into "availability." A component sitting physically on a shelf but digitally unassigned is a Phantom Shortage waiting to happen. The system will trigger urgent re-orders while the stock collects dust just meters away...

6.3 Storage Zones & Segregation Rules

09. Materials Planning, Procurement & W... Part 6. Parts & Materials Handling

Inventory segregation is not about organization; it is about risk containment. A "rejected" flag in the ERP is useless if the physical reel is sitting on an open shelf next to good stock. Under production pressure, operators will pick whatever is accessible. T...

6.4 Environmental Controls (Temperature/Humidity, Cabinets, Monitoring)

09. Materials Planning, Procurement & W... Part 6. Parts & Materials Handling

The warehouse environment is a functional component of the manufacturing process. Poor storage conditions degrade material chemically and physically long before it hits the production line. This damage—moisture saturation, oxidation, adhesive curing—is invisib...

6.5 ESD Control Program

09. Materials Planning, Procurement & W... Part 6. Parts & Materials Handling

Electrostatic Discharge (ESD) is the silent assassin of electronics. It is invisible, audible only at thousands of volts, and often causes "latent defects"—damage that passes factory testing but causes the product to fail in the customer's hands weeks later. T...

6.6 MSD Handling & Baking

09. Materials Planning, Procurement & W... Part 6. Parts & Materials Handling

Moisture Sensitive Devices (MSDs) are ticking time bombs in the manufacturing process. The danger is not "wetness" in the traditional sense; it is hygroscopic accumulation within the plastic package. During reflow soldering, this trapped moisture turns to supe...