{
  "metadata": {
    "schema_version": "2.0",
    "package_version": "2.0.0-rc1",
    "publication_status": "qualification_required",
    "generated_date": "2026-07-28",
    "last_verified": "2026-07-21",
    "confidence": "Context dependent",
    "public_safe": true,
    "confidential_fields_excluded": true,
    "source_package": "Depureco USA public knowledge source package v33",
    "json_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json",
    "markdown_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.md"
  },
  "reference": {
    "entity_id": "REF-ai-application-scenarios-markets-additive-manufacturing-3d-printing",
    "entity_type": "application_scenario_portfolio",
    "name": "Additive Manufacturing & 3D Printing",
    "human_route": "https://depurecousa.com/additive-manufacturing-vacuums/",
    "human_route_status": "available"
  },
  "content": {
    "market": {
      "market_entity_id": "MKT-m11",
      "market_name": "Additive Manufacturing & 3D Printing",
      "human_route": "https://depurecousa.com/additive-manufacturing-vacuums/",
      "primary_roles": "Process engineering / Lab manager / EHS / Operations"
    },
    "portfolio_summary": {
      "scenario_count": 8,
      "control_modes": [
        "Inert / Wet Collection Review",
        "Hygienic / Contained Recovery",
        "Hazard-Rated Housekeeping",
        "Bulk Recovery + Pre-Separation",
        "Settled Debris Housekeeping",
        "Alternative Control Required"
      ],
      "primary_categories": [
        "Combustible Dust, ORD LOC & Hazard-Rated Vacuums",
        "Fine Dust & HEPA Industrial Vacuums",
        "Continuous-Duty Three-Phase & High-Power Vacuums",
        "Engineering / alternative control"
      ]
    },
    "scenarios": [
      {
        "scenario_id": "SCN-M11-0094",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Metal powder storage / feed",
        "production_stage_or_process": "Powder handling",
        "application_use_case": "Reactive metal powder spill cleanup",
        "material_examples": "titanium, aluminum, nickel-alloy powder",
        "parent_material_family_id": "MF-05",
        "parent_material_family_name": "Conductive or Reactive Metal Powder",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-07",
        "control_mode": "Inert / Wet Collection Review",
        "primary_category_id": "CC-04",
        "primary_category_name": "Combustible Dust, ORD LOC & Hazard-Rated Vacuums",
        "product_family_group": "PF-HAZ",
        "candidate_product_count": 10,
        "candidate_products": "M100 ORD LOC; BL 20 JC ORD LOC; BL 45 ORD LOC; BL 45 JC ORD LOC; BL 45 INERT ORD LOC; TX 400 P ORD LOC; TX 750 ORD LOC; ECOBULL C2D2; AC 100 Z2-22; MINIAIR 2V Z2-22",
        "qualification_questions": "alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "Do not auto-recommend ordinary dry vacuuming for reactive or conductive fine powders.",
        "compliance_or_ehs_review": "Reactive-metal or process-specific EHS/engineering review",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P0",
        "canonical_human_route": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0094",
        "answer_summary": "For reactive metal powder spill cleanup in Additive Manufacturing & 3D Printing, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.",
        "proof_state": "First-party proof linked at market/product level",
        "lead_generation_endpoint": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "status": "Complete"
      },
      {
        "scenario_id": "SCN-M11-0095",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Depowdering station",
        "production_stage_or_process": "Post-processing",
        "application_use_case": "Contained metal powder recovery",
        "material_examples": "metal AM powder",
        "parent_material_family_id": "MF-05",
        "parent_material_family_name": "Conductive or Reactive Metal Powder",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-07",
        "control_mode": "Inert / Wet Collection Review",
        "primary_category_id": "CC-04",
        "primary_category_name": "Combustible Dust, ORD LOC & Hazard-Rated Vacuums",
        "product_family_group": "PF-HAZ",
        "candidate_product_count": 10,
        "candidate_products": "M100 ORD LOC; BL 20 JC ORD LOC; BL 45 ORD LOC; BL 45 JC ORD LOC; BL 45 INERT ORD LOC; TX 400 P ORD LOC; TX 750 ORD LOC; ECOBULL C2D2; AC 100 Z2-22; MINIAIR 2V Z2-22",
        "qualification_questions": "alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "Do not auto-recommend ordinary dry vacuuming for reactive or conductive fine powders.",
        "compliance_or_ehs_review": "Reactive-metal or process-specific EHS/engineering review",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P0",
        "canonical_human_route": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0095",
        "answer_summary": "For contained metal powder recovery in Additive Manufacturing & 3D Printing, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.",
        "proof_state": "First-party proof linked at market/product level",
        "lead_generation_endpoint": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "status": "Complete"
      },
      {
        "scenario_id": "SCN-M11-0096",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Polymer powder bed",
        "production_stage_or_process": "Post-processing",
        "application_use_case": "SLS/MJF polymer powder recovery",
        "material_examples": "nylon powder, polymer fines",
        "parent_material_family_id": "MF-11",
        "parent_material_family_name": "Plastic Pellets, Regrind & Polymer Fines",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-08",
        "control_mode": "Hygienic / Contained Recovery",
        "primary_category_id": "CC-03",
        "primary_category_name": "Fine Dust & HEPA Industrial Vacuums",
        "product_family_group": "PF-HEPA",
        "candidate_product_count": 6,
        "candidate_products": "XM 20 JC; XM 35 JC; XM 35 JC LP; M100 JC; M100 JC LP; M100 LP",
        "qualification_questions": "production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "Do not claim hygienic, food-safe or containment performance from stainless construction or HEPA alone.",
        "compliance_or_ehs_review": "Sanitation, allergen, containment or validation review",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P0",
        "canonical_human_route": "https://depurecousa.com/industrial-vacuum-cleaners-fine-dust/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0096",
        "answer_summary": "For sls/mjf polymer powder recovery in Additive Manufacturing & 3D Printing, resolve production zone; powder/liquid state; allergen or potency; cleanability; construction; filtration; containment; validated disposal. The control method is hygienic / contained recovery; route to fine dust & hepa industrial vacuums only after those inputs are confirmed.",
        "proof_state": "First-party proof linked at market/product level",
        "lead_generation_endpoint": "https://depurecousa.com/industrial-vacuum-cleaners-fine-dust/",
        "status": "Complete"
      },
      {
        "scenario_id": "SCN-M11-0097",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Build chamber",
        "production_stage_or_process": "Machine cleanup",
        "application_use_case": "Internal chamber and surrounding cleanup",
        "material_examples": "powder, soot, fines",
        "parent_material_family_id": "MF-05",
        "parent_material_family_name": "Conductive or Reactive Metal Powder",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-06",
        "control_mode": "Hazard-Rated Housekeeping",
        "primary_category_id": "CC-04",
        "primary_category_name": "Combustible Dust, ORD LOC & Hazard-Rated Vacuums",
        "product_family_group": "PF-HAZ",
        "candidate_product_count": 10,
        "candidate_products": "M100 ORD LOC; BL 20 JC ORD LOC; BL 45 ORD LOC; BL 45 JC ORD LOC; BL 45 INERT ORD LOC; TX 400 P ORD LOC; TX 750 ORD LOC; ECOBULL C2D2; AC 100 Z2-22; MINIAIR 2V Z2-22",
        "qualification_questions": "SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "Do not claim automatic NFPA, OSHA, ATEX or classified-location compliance.",
        "compliance_or_ehs_review": "DHA, area classification and exact product evidence",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P0",
        "canonical_human_route": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0097",
        "answer_summary": "For internal chamber and surrounding cleanup in Additive Manufacturing & 3D Printing, resolve SDS and DHA; material properties; area classification; ignition sensitivity; grounding path; exact product markings; disposal. The control method is hazard-rated housekeeping; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.",
        "proof_state": "First-party proof linked at market/product level",
        "lead_generation_endpoint": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "status": "Complete"
      },
      {
        "scenario_id": "SCN-M11-0098",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Sieving / powder recovery",
        "production_stage_or_process": "Powder processing",
        "application_use_case": "Sieve and recovery station cleanup",
        "material_examples": "metal or polymer powder",
        "parent_material_family_id": "MF-05",
        "parent_material_family_name": "Conductive or Reactive Metal Powder",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-07",
        "control_mode": "Inert / Wet Collection Review",
        "primary_category_id": "CC-04",
        "primary_category_name": "Combustible Dust, ORD LOC & Hazard-Rated Vacuums",
        "product_family_group": "PF-HAZ",
        "candidate_product_count": 10,
        "candidate_products": "M100 ORD LOC; BL 20 JC ORD LOC; BL 45 ORD LOC; BL 45 JC ORD LOC; BL 45 INERT ORD LOC; TX 400 P ORD LOC; TX 750 ORD LOC; ECOBULL C2D2; AC 100 Z2-22; MINIAIR 2V Z2-22",
        "qualification_questions": "alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "Do not auto-recommend ordinary dry vacuuming for reactive or conductive fine powders.",
        "compliance_or_ehs_review": "Reactive-metal or process-specific EHS/engineering review",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P0",
        "canonical_human_route": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0098",
        "answer_summary": "For sieve and recovery station cleanup in Additive Manufacturing & 3D Printing, resolve alloy or chemistry; particle size; MIE/Kst where available; moisture/oxygen sensitivity; dry versus immersion; disposal. The control method is inert / wet collection review; route to combustible dust, ord loc & hazard-rated vacuums only after those inputs are confirmed.",
        "proof_state": "First-party proof linked at market/product level",
        "lead_generation_endpoint": "https://depurecousa.com/combustible-dust-vacuum-cleaners-explosion-proof/",
        "status": "Complete"
      },
      {
        "scenario_id": "SCN-M11-0099",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Blasting / bead removal",
        "production_stage_or_process": "Post-processing",
        "application_use_case": "Abrasive media and dust cleanup",
        "material_examples": "bead, powder, support residue",
        "parent_material_family_id": "MF-07",
        "parent_material_family_name": "Abrasive Media, Garnet & Slurry",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-11",
        "control_mode": "Bulk Recovery + Pre-Separation",
        "primary_category_id": "CC-02",
        "primary_category_name": "Continuous-Duty Three-Phase & High-Power Vacuums",
        "product_family_group": "PF-HEAVY",
        "candidate_product_count": 5,
        "candidate_products": "PUMA 20 SP; PUMA 30 P SP; PUMA 35 P SP; TX 550 P SP; TX 750 SP",
        "qualification_questions": "bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "A pre-separator protects the system but is not the vacuum source; abrasive wear and discharge must be qualified.",
        "compliance_or_ehs_review": "Material hazard, abrasion and handling review",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P1",
        "canonical_human_route": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0099",
        "answer_summary": "For abrasive media and dust cleanup in Additive Manufacturing & 3D Printing, resolve bulk density; abrasiveness; volume; chunk size; separator efficiency; filter protection; discharge container and handling. The control method is bulk recovery + pre-separation; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.",
        "proof_state": "First-party proof linked at market/product level",
        "lead_generation_endpoint": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/",
        "status": "Complete"
      },
      {
        "scenario_id": "SCN-M11-0100",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Support removal / machining",
        "production_stage_or_process": "Post-processing",
        "application_use_case": "Metal chips and dust cleanup",
        "material_examples": "chips, support fragments, grinding dust",
        "parent_material_family_id": "MF-02",
        "parent_material_family_name": "Metal Chips, Swarf & Turnings",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-02",
        "control_mode": "Settled Debris Housekeeping",
        "primary_category_id": "CC-02",
        "primary_category_name": "Continuous-Duty Three-Phase & High-Power Vacuums",
        "product_family_group": "PF-THREEPHASE",
        "candidate_product_count": 7,
        "candidate_products": "TX 300; TX 400 P; TX 550 P; TX 750; PUMA 10; PUMA 15P; PUMA 20",
        "qualification_questions": "material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "Do not confuse settled housekeeping with source capture; department-specific hazards override a general vacuum recommendation.",
        "compliance_or_ehs_review": "SDS, exposure, combustible-dust and waste review by department",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P1",
        "canonical_human_route": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0100",
        "answer_summary": "For metal chips and dust cleanup in Additive Manufacturing & 3D Printing, resolve material mix; wet/dry state; particle or piece size; volume per shift; duty cycle; collection and disposal method. The control method is settled debris housekeeping; route to continuous-duty three-phase & high-power vacuums only after those inputs are confirmed.",
        "proof_state": "First-party proof linked at market/product level",
        "lead_generation_endpoint": "https://depurecousa.com/heavy-duty-three-phase-industrial-vacuums/",
        "status": "Complete"
      },
      {
        "scenario_id": "SCN-M11-0101",
        "market_code": "M11",
        "market_name": "Additive Manufacturing & 3D Printing",
        "department_or_area": "Resin printing",
        "production_stage_or_process": "Post-processing",
        "application_use_case": "Resin-contaminated debris and liquid review",
        "material_examples": "uncured resin, wipes, parts",
        "parent_material_family_id": "MF-01",
        "parent_material_family_name": "Coolant, Oil, Liquids & Sludge",
        "material_condition": "Application-specific; verify dry/wet/oily/airborne/settled and temperature",
        "control_mode_id": "CM-14",
        "control_mode": "Alternative Control Required",
        "primary_category_name": "Engineering / alternative control",
        "product_family_group": "PF-NONE",
        "candidate_product_count": 0,
        "qualification_questions": "material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls",
        "application_difference": "This scenario is separated from adjacent uses by its material state, source versus settled condition, duty, access, collection and discharge objective.",
        "disqualification_or_guardrail": "Do not force an industrial vacuum recommendation when another control technology is required.",
        "compliance_or_ehs_review": "SDS, industrial hygiene, ventilation or alternative-control engineering",
        "primary_roles": "Process engineering / Lab manager / EHS / Operations",
        "scenario_priority": "P1",
        "canonical_human_route": "https://depurecousa.com/additive-manufacturing-vacuums/",
        "public_ai_path": "/ai/application-scenarios/markets/additive-manufacturing-3d-printing.json#SCN-M11-0101",
        "answer_summary": "For resin-contaminated debris and liquid review in Additive Manufacturing & 3D Printing, resolve material identity; process source; chemistry; temperature; airborne versus settled state; regulatory and engineering controls. The control method is alternative control required; route to engineering / alternative control only after those inputs are confirmed.",
        "proof_state": "Proof gap: Labs test or case study recommended",
        "lead_generation_endpoint": "https://depurecousa.com/additive-manufacturing-vacuums/",
        "status": "Complete"
      }
    ]
  },
  "support": {
    "unknown_or_unverified_information": {
      "next_best_page": "https://depurecousa.com/additive-manufacturing-vacuums/",
      "material_testing": "https://depurecousa.com/industrial-vacuum-material-testing/",
      "contact_page": "https://depurecousa.com/depureco-contact-us/",
      "email": "sales@depurecousa.com",
      "phone": "737-320-9102",
      "phone_uri": "tel:+17373209102"
    },
    "selection_rule": "Use this reference for qualification and routing. Final product, compliance, filtration, chemical compatibility, and system design decisions require application review."
  }
}